ER-A440 - Cash register SHARP - Free user manual and instructions
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| Product Type | Electronic Cash Register |
| Brand | Sharp |
| Model | ER-A440 |
| Dimensions (approx.) | 300 x 200 x 100 mm |
| Weight (approx.) | 2 kg |
| Power Supply | AC 220-240V, 50/60Hz |
| Display | Operator and customer LCD displays |
| Printer | Thermal receipt printer |
| Key Functions | Sales entry, subtotal, tax calculation, payment, void, refund |
| Department Keys | Up to 99 programmable departments |
| Tax Capability | Up to 4 tax rates (VAT) |
| Memory Protection | Battery backup for RAM data retention |
| Reports | Z-report, X-report, hourly report, department report |
| Maintenance | Clean printer head and exterior with soft dry cloth |
| Safety Certifications | CE and RoHS compliant |
| Spare Parts Availability | Replacement printer heads, keypads, and power adapters |
| Reparability | Designed for modular repair; service manual available |
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USER MANUAL ER-A440 SHARP
CAUTION:
The cash register and the remote drawer should be securely fitted to the supporting platforms to avoid instability when the drawers are open.
CAUTION:
The socket-outlet shall be installed near the equipment and shall be easily accessible.
CAUTION:
For a complete electrical disconnection pull out the mains plug.
CAUTION:
This equipment complies with the requirements of Directives 89/336/EEC and 73/23/EEC as amended by 93/68/EEC.
Thank you very much for your purchase of the SHARP Electronic Cash Register, Model ER-A440.
Please read this Manual carefully before operating your machine in order to gain full understanding of functions and features.
Please keep this manual for future reference, it will help you, if you encounter any operational problems.
IMPORTANT
- Install your register in a location that is not subject to direct radiation, unusual temperature changes, high humidity or exposed to water sources. Installation in such locations could cause damage to the cabinet and the electronic components.
- The register should not be operated by an individual with wet hands. The water could seep into the interior of the register and cause component failure.
- When cleaning your register, use a dry, soft cloth. Never use solvents, such as benzine and/or thinner. The use of such chemicals will lead to discoloration or deterioration of the cabinet.
- The register plugs into any standard wall outlet (official nominal voltage). Other electrical devices on the same electrical circuit could cause the register to malfunction.
- If the register malfunctions, call your local dealer for service - do not try to repair the register yourself.
- For a complete electrical disconnection, pull out the mains plug.
PRECAUTION
This Electronic Cash Register has a built-in memory protection circuit which is operated by rechargeable batteries.
As you know, all batteries will, in time, dissipate their charge even if not used. Therefore, to ensure an adequate initial charge in the protection circuit, and to prevent any possible loss of memory upon installation, it is recommended that each unit be allowed to recharge for a period of 24 to 48 hours prior to use by the customer. In order to charge the batteries, the machine must be plugged in. This recharging precaution can prevent unnecessary initial service calls.
CONTENTS
INTRODUCTION 1
IMPORTANT 1
PRECAUTION....1
CONTENTS 2
EXTERNAL VIEW 6
Front view 6
Rear view 6
PRINTER 7
KEYBOARD 8
1 Standard keyboard layout 8 2 Standard key number layout....9
KEYS AND SWITCHES 10
1 Mode switch and mode keys 10 2 Drawer lock key 10
DISPLAYS 11
Machine state symbols 11
FOR THE MANAGER
PRIOR TO PROGRAMMING 12
1 General instructions....12 2 How to program alphanumeric characters....12
Using character keys on the keyboard 12
Entering character codes....13
PROGRAMMING 15
Preparations for Programming 15
Direct Programming 15
1 Setting the date and time....15
Date 15 Time 16
2 Programming for departments....16
Unit price 16 Functional selection....17
3 Price lookup (PLU) programming 19
Unit price 19 Functional selection 19 PLU assignment to departments 21
4 Programming for discount keys 22
Deduction amount (⊖) 22 High amount lockout (HALO) and +/- sign (⊖)....23
5 Programming for percent keys 24
Percent rate ( % ) 24 Sign (+/-) ( % ) 24
6 Programming for exchange keys 25
Currency exchange rate ( EX ) 25
7 Programming for the CA2, RA, PO, CH and CR keys....25
High amount lockout (HALO) (CA2, RA, PO, CH, and CR) 25
8 Programming the tax rate 26
Tax rate 26
Job-Code-Based Programming 27
1 Setting the date and time....27
Setting the date (#2610) 27
Setting the time (#2611) 27
2 Setting the register and consecutive numbers 28
Setting the register number (#2612) 28
Setting the consecutive number (#2613)....28
3 Programming the tax rate 29
The tax rate (#2711) 29
4 Programming for departments....30
Functional programming (#2110) 30
Tax status (#2111)....31
A limit amount (HALO) of entry (#2112) 32
Alphanumeric characters (#2114) 33
Unit price (#1110) 33
Commission group assignment (#2115)....34
Group number (#2116) 34
Department key positioning (#2119) 35
5 Price lookup (PLU) programming 36
Department assignment (#1200, 2230) 37
Unit prices (#1210) 38
Base quantity (#1211) 38
PLU/subdepartment mode (#2210, 2231) ......39
Sign (+/-) and tax status (#2211, 2232)....40
Alphanumeric characters (#2214) 41
Assigning of PLUs to commission groups (#2215, 2235)....42
Link PLU (#2220) 43
Direct PLU key positioning (#2219) 43
6 Programming for miscellaneous keys....44
Programming the rate (%, EX, commission) and the deduction (⊖) (#1310)....44
A limit amount (HALO) of entry (⊖, RA, PO) (#2312)....45
+/- sign (%, ⊖) (#2311) 46
Item % or subtotal % selection (%) (#2315)....47
Percent rate limitation (%) (#2313)......47
Item ⊖ or subtotal ⊖ selection (⊖) (#2316) 48
7 Programming for the TL, CA2, CH1 through CH4, and CR1 through CR4 keys....49
Functional programming (#2320) 49
High amount lockout (HALO) for cheque change, cheque cashing, and cash in drawer (#2321)……50
High amount lockout (HALO) of entry for media keys (#2322)....50
8 Programming of function text....51
Programming (#2314)....51
List of function texts....52
9 Cashier and clerk programming ....53
Cashier code (#1500) 53
Cashier name (#1514) 54
Functional programming for cashiers (#2510) 54
Clerk code (#1400) 55
Clerk name (#1414) 55
10 Programming various functions 56
Programming for optional feature selection (#2616) 56
Programming the limit on the number of times of validation printing and feed line after printing of a difference subtotal (#2615)....59
Programming alarm length of time with drawer opening (#2617)....59
Programming of print messages (#2614) 60
Selection of X1/Z1 and X2/Z2 reports to be printed in the stacked report sequence (#2620)....61
Setting the time range for hourly reports (#2619)....62
RS-232C channel assignment (#2690) 62
Secret codes to control access to the PGM1 mode, X1/Z1 mode and X2/Z2 mode (#2630, 2631, 2632) ......63
Currency description text programming (#2334) 63
Assigning the drawer number to the drawer for foreign currency (#2680) 64
Setting the AUTO key - Automatic sequencing key - (#2900) 65
11 Reading stored programs 66
Program details and procedures for their reading 66
Sample printouts....67
12 Training mode....72
READING (X) AND RESETTING (Z) OF SALES TOTALS....73
1 Summary of reading (X) and resetting (Z) reports and the key operations to obtain the reports ......73
2 Automatic modification of register system for introduction of EURO....75
3 Daily sales totals 76
Full reading and resetting of sales totals 76
Cashier reading and resetting 79
Clerk reading and resetting 80
Reading and resetting of hourly sales information 81
Full department reading 82
Individual group reading 83
Full group reading....83
Reading and resetting of sales information for a range of PLUs/subdepartments 84
Reading of sales information on PLUs/subdepartments associated with an individual department……85
Reading of sales information on PLUs/subdepartments whose sales amounts are zeros....85
Reading of sales information for the price amount range of PLUs/subdepartments 85
Commission sales information 85
Transaction reading 86
Total in drawer reading 86
Reading and resetting of a stacked report....86
4 Periodic consolidation....87
Generality 87
Reading and resetting of daily net totals 88
Reading and resetting of a stacked report....88
COMPULSORY CASH/CHEQUE DECLARATION 89
OVERRIDE ENTRIES 91
CORRECTION AFTER FINALIZING A TRANSACTION (AFTER GENERATING A RECEIPT)....92
FOR THE OPERATOR
PRIOR TO ENTRIES 93
1 Preparations for entries 93
Receipt and journal paper rolls....93
Receipt ON/OFF function 93
Cashier and clerk assignment 93
2 Error warning 94
ENTRIES 95
1 Item entries....95
Single item entries 95
Repeat entries 96
Multiplication entries 96
Successive multiplication entries....97
Split-pricing entries 98
Single item cash sale (SICS)/single item finalize (SIF) entries....99
Link PLU entries 99
2 Displaying subtotals....100
Normal subtotal 100
Difference subtotal (Differ ST) 100
3 Finalization of transaction....101
Cash or cheque tendering 101
Mixed tendering (cheque + cash) 101
Cash or cheque sale that does not need any tender entry 101
Credit sale 102
Mixed-tender sale (cash or cheque tendering + credit tendering)....102
4 Computation of VAT (Value Add Tax)/tax 102
VAT/tax system 102
VAT shift entries 104
5 Auxiliary entries 104
Percent calculations (premium or discount) 104
Deduction entries....105
Refund entries 106
Printing of non-add code numbers 106
6 Payment treatment 106
Currency exchange 106
Received on account entries 107
Paid out entries....107
No sale (exchange) 108
Cashing a cheque....108
7 Automatic sequencing key (AUTO) key) entries....108
CORRECTION 109
1 Correction of the last entry (direct void)....109
2 Correction of the next-to-last or earlier entries (indirect void)....109
3 Subtotal void 110
4 Correction of incorrect entries not handled by the direct or indirect void function 110
SPECIAL PRINTING FUNCTIONS....111
1 Copy receipt printing....111
Validation slip setting and printing 112
Validation printing examples....113
Validation slip specification....115
4 Printing of the employee arrival and departure times 115
OVERLAPPED CASHIER ENTRY 116
1 In case of power failure 117
2 In case of printer's motor locking 117
3 Paper roll near-end sensing function (only for the journal paper) ......117
4 Installing and removing the paper roll....118
Recording paper specifications 118
Installing the paper roll 118
Removing the paper roll 119
Removing a paper jam 120
5 Installing the ink ribbon cassette ....121
6 Removing the till and the drawer 122
7 Opening the drawer by hand 122
8 Installing the fixing angle bracket 123
9 Before calling for service 124
Error code table 124
LIST OF OPTIONS 125
SPECIFICATIONS 126
EXTERNAL VIEW
■ Front view
■ Rear view

PRINTER
INSTALLING AND REMOVING THE PRINTER COVER

When removing the printer cover, lift up its rear. When installing the printer cover, hook it on the pawls on the cabinet and shut it.

- Paper release lever
Used to load or unload the machine with paper roll (receipt and journal paper). Keep the lever down to take in or out the paper roll.
Note
Do not attempt to take in or out the paper roll without pressing this lever. This may result in damage to the printer.
KEYBOARD
1 Standard keyboard layout


Note
All the keys but the receipt paper feed and journal paper feed keys can be re-positioned. If you want to change the layout, contact your dealer.


The standard keyboard is not equipped with those keys that are marked with (*).
2 Standard key number layout
These key numbers are used for positioning of department keys and direct PLU keys. Refer to pages 35 and 43. This layout can be changed by your dealer.

KEYS AND SWITCHES
1 Mode switch and mode keys
The mode switch can be operated by inserting one of the three supplied mode keys - manager (MA), submanager (SM), and operator (OP) keys. These keys can be inserted or removed only when the switch is in the "REG" or "position.
![graph TD A["PGM1"] --> B["OP"] C["PGM2"] --> D["OP"] E["REG"] --> F["MGR"] G["MA"] --> H["S M"] I["X1/Z1"] --> J["X2/Z2"] K["Power Supply"] --> L["Switch"]](/content/2026/06/1310342/images/d47e74481151d418c155a657a2c30575bac3193119c68114a901af71e82ecf4a.jpg)

The mode switch has these settings:
☐ : This mode locks all register operations. No change occurs to register data.
OP X/Z: This setting allows cashiers/clerks to take X or Z reports for their sales information. (This setting may be used only when your register has been programmed for "OP X/Z mode available" in the

PGM2 mode.) It can also be used for displaying the time and printing the employee arrival and departure times. And it can be used to toggle receipt state "ON" and "OFF" by pressing the RCPT key.
REG: For entering sales
PGM1: To program those items that need to be changed often: e.g., unit prices of departments or PLUs, and percentages
PGM2: To program all PGM1 items and those items that do not require frequent changes: e.g., date, time, or a variety of register functions
MGR: For manager's and submanager's entries
The manager can use this mode to make entries that are not permitted to be made by cashiers - for example, after-transaction voiding and override entry.
X1/Z1: To take the X/Z report for various daily totals
X2/Z2: To take the X/Z report for various periodic (weekly or monthly) consolidation
2 Drawer lock key
This key locks and unlocks the drawer. To lock it, turn 90 degrees counterclockwise. To unlock it, turn 90 degrees clockwise.


DISPLAYS
Operator display Customer display (Pop-up type)

Amount: Appears in the far-right eight (max.) positions.
Cashier code: Appears in the second and third positions (two digits).
Clerk code: Appears in the second and third positions (two digits) with "C" in the fifth position.
Number of repeats for repetitive registrations:
The number of repeats is displayed, starting at "2" and incremented with each repeat. When you have registered ten times, the display will show "0."
Example: (2 → 3 → 4 ... 9 → 0 → 1 → 2 ...)
Receipt function status:
The indicator “_” appears in the ninth position when the receipt function is put in the OFF status.
Time: Appears in the second to sixth positions (using 24-hour format) in the OP X/Z, REG, or
MGR mode. In the REG, or MGR mode, press the # key to display the time.
■ Machine state symbols
P : Appears in the tenth place during programming.
E : Appears in the tenth place when an error is detected.
– (Floating): Appears when a minus department or PLU/subdepartment entry is made or when a discount, refund, or void entry is made.
☐ : Appears in the tenth place when the subtotal is displayed or when the amount tendered is smaller than the sale amount.
C : Appears in the tenth place when the foreign currency. EX1 through EX4 key is pressed to calculate a subtotal in
F : Appears in the tenth place when a transaction is finalized by pressing the CH4, or CR1 through CR4 key.
: Appears in the tenth place when the change due amount is displayed or when the cash/cheque declaration is compulsory.
U : Appears in the tenth place when the validation printing is compulsory.
☐ : Appears in the tenth place when the ∞ key is pressed in the MGR mode, indicating the entry into the VOID mode. While your register is in the VOID mode, this symbol continues to be in the display except when department codes, PLU codes or subtotals are displayed. Also appears when a subtotal void is made.
- : Appears right below the tenth place when the cash in drawer amount exceeds a programmed sentinel amount. The sentinel check is performed for the total cash in drawer. Also appears right below the eighth place when the VAT shift is effective.
PRIOR TO PROGRAMMING
1 General instructions
This chapter illustrates how to program your cash register.
All the programming items can be programmed by the Job-Code-Based Programming described later. However, your machine allows you to program some items using the Direct Programming, which does not require you to enter the job code.
Job-Code-Based Programming
Simplified procedure![graph LR A["XXXX (Job code)"] --> B["•"] B --> C["⊗"] C --> D["Data entry"] D --> E["TL"]](/content/2026/06/1310342/images/d1fac7335df177d774480a032f03d4e57f2cd03d74c347ed4b0dd7075ec5dd93.jpg)
Direct Programming
Sample procedure![graph LR A["Object key"] --> B["Data entry"] B --> C["TL"]](/content/2026/06/1310342/images/a0c1db240a486a563568698832bf089c1377bacc99a96462579e41d40d3e8702.jpg)
2 How to program alphanumeric characters
You can program alphanumeric characters for departments, PLUs, functions and so on in the character entry mode.
There are two ways for programming characters: using character keys on the keyboard and entering character codes with numeric keys on the keyboard.
■ Using character keys on the keyboard
Enter a character according to the position of the figure shown below.

[Ex.]![#K —— { To enter the letter “#”, press [SHIFT-2] *K To enter the upper-case letter “K”, press *K To enter the lower-case letter “k”, press [SHIFT] *K](/content/2026/06/1310342/images/d6c45b50c98c0616dbcfcf17c2a530c401108415b22beea99324af0ff6e56c78.jpg)
- Numerals, letters and symbols are programmable simply by pressing the corresponding keys.
- Characters may only be entered in single size or in double size. By default, the single-size character mode is selected. To enter a character in double size, press the (DC) key before you enter the corresponding character.
Example
To program the word "SHARP" in double size, do the following key-in.

- Letters of alphabets "A" through "Z", "∅" and "/E" are possible to be entered in lower case or in upper case. By default, the upper-case letter mode is selected. To enter a character in lower case, press the [SHIFT] key before you enter the character. To return to the upper-case letter mode, press the [SHIFT] key again.
Example
To program the word "Sharp", do the following key-in.

- Symbols and special letters are programmable by using the [SHIFT-2] key. To enter a character, press the [SHIFT-2] key before you enter the corresponding character.
Example
To program letters “# Ä Å” with the letter “#” being double size

Editing the characters
You can edit the characters you entered. Pressing a character key replaces the current character with a new one. To edit the characters, use the BACK key.

Backs up the cursor, erasing the character to the left.
■ Entering character codes
- Numerals, letters and symbols are programmable by entering character codes and the 00 key. See the alphanumeric character code table on the next page. In this way, you can program characters other than the characters on the programming key sheet.

- Double-size characters can be made by entering the character code 253.
Example
To program the word "SHARP" with the letter "S" being double size

Alphanumeric character code table
| Code | Character | Code | Character | Code | Character | Code | Character | Code | Character |
| 001 | á | 046 | . | 091 | Ä | 136 | → | 193 | i |
| 002 | â | 047 | / | 092 | Ö | 137 | ∽ | 194 | G |
| 003 | ê | 048 | 0 | 093 | Ü | 138 | ≌ | 195 | S |
| 004 | î | 049 | 1 | 094 | ^ | 139 | ◀ | 196 | G |
| 005 | ì | 050 | 2 | 095 | - | 140 | ▶ | 197 | g |
| 006 | í | 051 | 3 | 096 | ' | 141 | F | 198 | K |
| 007 | ô | 052 | 4 | 097 | a | 142 | T | 199 | k |
| 008 | ó | 053 | 5 | 098 | b | 143 | ↓ | 200 | L |
| 009 | û | 054 | 6 | 099 | c | 144 | ç | 201 | l |
| 010 | ú | 055 | 7 | 100 | d | 145 | ° | 202 | Ž |
| 011 | œ | 056 | 8 | 101 | e | 146 | ¿ | 203 | D |
| 012 | ú | 057 | 9 | 102 | f | 147 | Ù | 204 | d |
| 013 | ú | 058 | : | 103 | g | 148 | à | 205 | Č |
| 014 | ó | 059 | ; | 104 | h | 149 | Æ | 206 | č |
| 015 | ó | 060 | < | 105 | i | 150 | ø | 207 | € |
| 016 | ʌ | 061 | = | 106 | j | 151 | Å | 208 | P |
| 017 | Ψ | 062 | > | 107 | k | 152 | ¤ | 209 | ` |
| 018 | Γ | 063 | ? | 108 | l | 153 | é | 210 | ě |
| 019 | " | 064 | @ | 109 | m | 154 | è | 211 | š |
| 020 | Ω | 065 | A | 110 | n | 155 | Pt | 212 | č |
| 021 | Δ | 066 | B | 111 | o | 156 | i | 213 | ž |
| 022 | θ | 067 | C | 112 | p | 157 | Ñ | 214 | ý |
| 023 | ≡ | 068 | D | 113 | q | 158 | ò | 215 | ù |
| 024 | Π | 069 | E | 114 | r | 159 | £ | 216 | ň |
| 025 | Σ | 070 | F | 115 | s | 160 | ¥ | 217 | ~ |
| 026 | Υ | 071 | G | 116 | t | 161 | 。 | 218 | ` |
| 027 | Φ | 072 | H | 117 | u | 162 | Γ | 219 | ý |
| 028 | Ú | 073 | I | 118 | v | 163 | 」 | 224 | * |
| 029 | Ú | 074 | J | 119 | w | 164 | 、 | 225 | § |
| 030 | Ó | 075 | K | 120 | x | 165 | · | 226 | ∅ |
| 031 | Ó | 076 | L | 121 | y | 177 | Á | 227 | ^ |
| 032 | (space) | 077 | M | 122 | z | 178 | í | 228 | ↑ |
| 033 | ! | 078 | N | 123 | { | 180 | 229 | ] | |
| 034 | " | 079 | O | 124 | | | 181 | 230 | [ | |
| 035 | # | 080 | P | 125 | } | 182 | 231 | " | |
| 036 | 081 | Q | 126 | β | 183 | \overline{e} | 232 | ä | |
| 037 | % | 082 | R | 127 | ¢ | 184 | \overline{T} | 233 | ö |
| 038 | & | 083 | S | 128 | !! | 185 | \overline{T} | 234 | ü |
| 039 | ' | 084 | T | 129 | 1 | 186 | \overline{U} | 235 | æ |
| 040 | ( | 085 | U | 130 | 2 | 187 | \overline{u}$ | 236 | å |
| 041 | ) | 086 | V | 131 | 3 | 188 | N | 237 | É |
| 042 | * | 087 | W | 132 | 4 | 189 | ŋ | 238 | ñ |
| 043 | + | 088 | X | 133 | 1/2 | 190 | Č | 253 | *(DC) |
| 044 | , | 089 | Y | 134 | F/T | 191 | Š | ||
| 045 | - | 090 | Z | 135 | ← | 192 | Ç |
*(DC): Double-size character code
PROGRAMMING
Your machine allows you to program in two modes: PGM1 and PGM2. The PGM1 mode is for programming those items that need to be changed often: unit prices of departments/PLUs, and percentages. The PGM2 mode is used for programming all PGM1-mode programs and those items that require less frequent changes: date, time, tax rate, and the functions of each key. We describe below the programming or setting procedures of various items.
Program every item necessary for your store following the appropriate procedures.
* To set the mode switch to the PGM1 position, use the manager or submanager key; and to set to the PGM2 position, use the manager key.
■ Preparations for Programming
- Plug your machine into a standard wall outlet.
- Insert the manager or submanager key into the mode switch and turn it to the PGM1 or PGM2 position, depending on the programming you are about to perform.
- Check that both the journal and receipt rolls are present in the machine. If they are missing, install the journal and receipt paper rolls correctly, referring to the procedure in "4. Installing and removing the paper roll" under "OPERATOR MAINTENANCE".
- Program the necessary items into your machine.
Direct Programming
1 Setting the date and time
Date PGM 2
Enter the day (one or two digits), month (two digits), and year (two digits) in that sequence.
Procedure

Example
Aug. 26, 1998
260898 #
PrintKey operation
Time PGM 2
Set the time using the 24-hour format. For example, when the time is set to 2:30 AM, enter 230; and when it is set to 2:30 PM, enter 1430. Once you set the time, the internal clock unit will continue to run as long as the built-in battery is alive and update the date (day, month, year) properly.
![graph LR A["Procedure"] --> B["XXXX Time (max. four digits)"] B --> C["#"]](/content/2026/06/1310342/images/187d8dffe98bc606cf372bc4be95f6b9487308099dfcb1a58012c479dcba9b5d.jpg)


2 Programming for departments
Your machine is equipped with 20 standard departments and up to 50 optional departments. Your machine allows you to perform the following programming for each department:
Unit price PGM 2PGM 1
![graph TD A["Procedure"] --> B["Department key"] B --> C["Unit price"] C --> D["ST"] D --> E["TL"] E --> F["To program for another dept."] F --> G["To program for the following dept."] G --> H["To keep the current setting"] H --> C](/content/2026/06/1310342/images/3c018d86596bb1fed798a4f07150edb4afa661e06d48eff2dff3e95a54de63d6.jpg)
* Unit price: max. six digits (9999.99)
Example Programming the unit price 10.00 for department 1
- Press the department 1 key. • The current unit price will be displayed.
- Enter the unit price "1000." 1000
- Press the ST key to program this setting.
- Press the TL key to finalize the programming and generate a programming report.




Print
■ Functional selection PGM 2
Procedure![graph TD A["Department key"] --> B["Department key"] B --> C["To keep the current setting"] C --> D["*ABCDEFGHIJ"] D --> E["×"] E --> F["TL"] G["Department key"] --> H["To program for the following dept."] H --> I["CL"] I --> J["To program for another dept."] J --> K["Department key"] K --> L["To pr…](/content/2026/06/1310342/images/da63905f2a38983a22040acf30d91b37e7e7240c7ee411d4e6c8e04abb858ba1.jpg)
* Item: Selection: Entry:
| A Always enter 0.0 | ||
| B VAT6 or TAX6 No 0 | ||
| Yes 1 | ||
| C VAT5 or TAX5 No 0 | ||
| Yes 1 | ||
| D VAT4 or TAX4 No 0 | ||
| Yes 1 | ||
| E VAT3 or TAX3 No 0 | ||
| Yes 1 | ||
| F VAT2 or TAX2 No 0 | ||
| Yes 1 | ||
| G VAT1 or TAX1 No 0 | ||
| Yes 1 | ||
| H Normal/SICS (Single Item Cash Sale)/ Normal 0 | ||
| SIF (Single Item Finalization) SICS 1 | ||
| SIF 2 | ||
| I Significant digit for HALO | 1 through 9 | |
| J Number of zeros to follow the significant digit for HALO | 0 through 7 | |
Note
Tax status
- The tax system of your machine has been factory-set to automatic VAT1–6. If you desire to select any of automatic tax 1–6, manual VAT1–6, manual VAT1, manual tax 1–6, and the combination of the automatic VAT 1–3 and the automatic tax 4–6, consult your dealer.
- When the combination of the automatic VAT1–3 and automatic tax 4–6 system is selected, one of the VAT1(G), VAT2(F) and VAT3(E) can be selected in combination with tax 4–6. Example: BCDEFG= 100100, 110100, 111010
Normal department/SICS (Single Item Cash Sale) / SIF (Single Item Finalization)
- If an entry of a department programmed for SICS is made first, the sale will be finalized as soon as the department key is pressed. If the entry is made after entering a department not programmed for SICS, the sale will not be finalized until the TL key is pressed.
- Whenever a sale is made to a department set for SIF, the sale is finalized as soon as the department key is pressed.
HALO (High Amount Lockout)
- You can set an upper limit amount (HALO) for each department. The limit is effective for the REG-mode operations and can be overridden in the MGR mode.
- IJ is the same as I × 101 .
For example, presetting 14 (100.00) here means that amount entries of up to 100.00 are allowed in the REG mode. When you preset 17, however, the upper limit amount is 99999.99.
Example
Programming for department 4 as follows: A=0, B=0, C=0, D=0, E=0, F=0, G=1, H=0, I=9 and J=5.
ABCDEFGHIJKLMNOPQRSTUVWXYZ
1. Press the department 4 key twice.
- The current parameter setting will be displayed.


2. Set the parameters as follows:
- You can change the value at the blinker.
Go to the desired position with the following keys:
•……Moves the blinker to the right.



00……Moves the blinker to the left.



- Enter the figure. 0000001095

3. Press the ☒ key to program this setting.


4. Press the TL key to finalize the programming and generate a programming report.



3 Price lookup (PLU) programming
A PLU code can be up to six digits (free code).
Unit price
PGM 2PGM 1
Procedure![graph TD A["Direct PLU key"] --> B["XXXXXX PLU code"] B --> C["PLU/SUB"] C --> D["* Unit price"] D --> E["ST"] E --> F["TL"] G["To keep the current setting"] --> D](/content/2026/06/1310342/images/7a91921448f8004eb9474aebc2b79eabdb26c56be3c596a139b85b909c48a832.jpg)
*Unit price: max. six digits (9999.99)
Example Programming the unit price 1.25 for PLU code 1
- Enter the PLU code "1" and press the PLU/SUB key. 1 PLU/SUB
- Enter the unit price "125." 125
- Press the ST key to program this setting.
- Press the TL key to finalize the programming and generate a programming report.




■ Functional selection PGM 2
Procedure![graph TD A["XXXXXX PLU code"] --> B["PLU/SUB"] A --> C["PLU/SUB"] D["Direct PLU key"] --> E["Direct PLU key"] E --> F["To keep the current setting"] F --> G["* ABCDEFGH"] G --> H["⊗"] H --> I["TL"] J["XXXXXX PLU code"] --> K["PLU/SUB"] J --> L["CL"] K --> M["To keep the current setting"] L --> N["To…](/content/2026/06/1310342/images/677abed6a29fa96614db7560de046265e356cd94fea62152d3874705be3617d7.jpg)
* Item: Selection: Entry:
| A Sign (plus/minus) Plus 0 | |
| Minus 1 | |
| B VAT6 or TAX6 No 0 | |
| Yes 1 | |
| C VAT5 or TAX5 No 0 | |
| Yes 1 | |
| D VAT4 or TAX4 No 0 | |
| Yes 1 | |
| E VAT3 or TAX3 No 0 | |
| Yes 1 | |
| F VAT2 or TAX2 No 0 | |
| Yes 1 | |
| G VAT1 or TAX1 No 0 | |
| Yes 1 | |
| H Mode Prohibit mode 0 | |
| Subdepartment mode 1 | |
| PLU mode 2 | |
| PLU/subdepartment mode 3 | |
| Delete mode 4 |
Note
Sign (plus/minus)
The function of every PLU/subdepartment varies according to the combination of its sign and the sign of its associated department as follows:
| Sign | Function of PLU/subdepartment | |
| Department | PLU/subdepartment | |
| + | + | Serves as a normal plus PLU/subdepartment |
| - | - | Serves as a normal minus PLU/subdepartment |
| + | - | Accepts store coupon entries, but not split-pricing entries |
| - | + | Not valid; not accepted |
Tax status
- The tax system of your machine has been factory-set to automatic VAT1–6. If you desire to select any of automatic tax 1–6, manual VAT1–6, manual VAT1, manual tax 1–6, and the combination of the automatic VAT 1–3 and the automatic tax 4–6, consult your dealer.
- When the combination of the automatic VAT1–3 and automatic tax 4–6 system is selected, one of the VAT1(G), VAT2(F) and VAT3(E) can be selected in combination with tax 4–6. Example: BCDEFG= 100100, 110100, 111010
- A PLU not programmed for any of these tax statuses is registered depending on the tax status of the department which the PLU belongs to.
Mode parameter
- PLU mode: Allows a PLU entry to be made by entering an assigned PLU code and depressing the PLU/SUB key.
- Subdepartment mode: Allows a subdepartment entry to be made by entering a unit price, pressing the AMT key, assigned PLU code and then pressing the PLU/SUB key.
- PLU/subdepartment mode: Allows PLU entries to be made in both the PLU and subdepartment modes.
- Delete mode: Deletes program data for each PLU.
- Prohibit mode: Prohibits the entry of any assigned PLU code. This mode does not clear the PLU/subdepartment program data.
Example
Programming for PLU code 1 as follows: A=0, B=0, C=0, D=0, E=0, F=0, G=1, and H=2.
- Enter the PLU code "1" and press the PLU/SUB key twice. 1
PLU/SUB PLU/SUB
A B C D E F G H P 0 0 0 0 0 0 0 2 P 0 0 0 0 0 0 1 2
- Set the parameters A to H. 00000012 • You can go to the desired position with the 00 or • key.
×
P 00000002 0.00
- Press the ☒ key to program this setting.
- Press the TL key to finalize the programming and generate a programming report.
TL
0.00

■ PLU assignment to departments
PGM 2PGM 1
![graph TD A["Procedure"] --> B["XXXXXX PLU code"] A --> C["Direct PLU key"] A --> D["PLU/SUB"] A --> E["PLU/SUB"] A --> F["PLU/SUB"] B --> C C --> G["Direct PLU key"] C --> H["PLU/SUB"] D --> I["Direct PLU key"] E --> J["PLU/SUB"] F --> K["TL"] L["To delete the entered PLU"] --> M["∞"] M --> N["To ke…](/content/2026/06/1310342/images/8231bcb4766528f4f6fc6370c151e32fee94b0a170da3d5e9f6d501f76cff7b6.jpg)
*Department key to be associated with the entered PLU
Note
- The following functions of the PLU depend on the programming for its associated department:
• Grouping (Group 1 through 14) • SICS (Single Item Cash Sale)/SIF (Single Item Finalization)/Normal - Item validation print compulsory/non-compulsory • HALO (high amount lockout)
Example
Assigning PLU codes 1 and 2 to department 2
- Enter the PLU code "1" and press the PLU/SUB key three times. 1
PLU/SUB
PLU/SUB
PLU/SUB
0 0 0 0 0 1 0 1
- Press the department 2 key to assign PLU code 1 to department 2.
2
0 0 0 0 0 2 0 1
- Press the department 2 key to assign PLU code 2 to department 2.


- Press the TL key to finalize the programming and generate a programming report.



4 Programming for discount keys
■ Deduction amount (⊖) PGM 2PGM 1
![graph TD A["Procedure"] --> B["⊖"] A --> C["⊖4"] B --> D["* Deduction amount"] C --> D D --> E["ST"] E --> F["TL"] F --> G["Output"] style A fill:#f9f,stroke:#333 style B fill:#ccf,stroke:#333 style C fill:#ccf,stroke:#333 style D fill:#cfc,stroke:#333 style E fill:#fcc,stroke:#333 style F fill:#fcc…](/content/2026/06/1310342/images/c24bcfb9c5c5f0e1430956a24b9538aeb42d9148068611f2c1240572d42fc92d.jpg)
*Deduction amount: 0 - 999999
Example
Assigning "10.00" to the ☑ key
- Press the ☑ key.


- Enter the deduction amount "1000."


- Press the ST key to program this setting.


- Press the TL key to finalize the programming and generate a programming report.


Print
■ High amount lockout (HALO) and +/- sign (⊖) PGM 2
Procedure
![graph TD A["⊖"] --> B["⊖4"] C["⊖"] --> D["⊖4"] B --> E["To keep the current setting"] D --> E E --> F["*ABC"] F --> G["⊗"] G --> H["TL"] H --> I["Feedback to Θ4"]](/content/2026/06/1310342/images/02000ddf114245c85e3c55d5c8b7104ccd31400796da72d219e3456485a233ad.jpg)
* Item: Selection: Entry:
A Sign (plus/minus) Plus 0
Minus 1
B Significant digit for HALO 1 through 9
C Number of zeros to follow the significant digit for HALO 0 through 7
Note
HALO (High Amount Lockout)
BC is the same as B × 10c.
For example, presetting 14 (100.00) here means that amount entries of up to 100.00 are allowed in the REG mode. When you preset 17, however, the upper limit amount is 99999.99.
Programming for the key as follows: A=1, B=1, and C=3.
- Press the ☑ key twice.


- Set the parameters A to C. 113
- You can go to the desired position with the 00 or • key.

- Press the ☒ key to program this setting.


- Press the TL key to finalize the programming and generate a programming report.


5 Programming for percent keys
■ Percent rate ( % ) PGM 2PGM 1
Procedure![graph TD A["%1"] --> C["To keep the current setting"] B["%4"] --> C C --> D["*Percent rate"] D --> E["ST"] E --> F["TL"] F --> G["End"] A --> H["End"] B --> I["End"]](/content/2026/06/1310342/images/48a6cc03404c0485ea4abf99c71339ac1a07cbfda72d20e92b869371ff9b4986.jpg)
* Percent rate: 0.00 - 100.00
Note
You must use a decimal point when setting percentage rates that are fractional.
Example
Assigning 10.25% to the %1 key

PrintKey operation
Sign (+/-) ( % ) PGM 2
Procedure![graph TD A["%1"] --> C["To keep the current setting"] B["%4"] --> C C --> D["*A"] D --> E["⊗"] E --> F["TL"] G["%1"] --> H["To keep the current setting"] I["%4"] --> H H --> J["To keep the current setting"] K["To keep the current setting"] --> L["To keep the current setting"]](/content/2026/06/1310342/images/8a7dc197ba9dc9746552b8282a3dc989e40cb5a0753eb8728d78b3d00b132db5.jpg)
* Item: Selection: Entry: A Sign (plus/minus) Plus (premium) 0
Minus (discount) 1
Example
Programming minus sign for the %1 key

PrintKey operation
6 Programming for exchange keys
Currency exchange rate (EX) PGM 2PGM 1
Procedure
![graph TD A["EX1"] --> B["EX3"] B --> C["* Exchange rate"] C --> D["ST"] D --> E["TL"] E --> F["Feedback Loop"] F --> A G["To keep the current setting"] --> C](/content/2026/06/1310342/images/f04500571d6ed6ce9aedd445d7200671f7f0bfdcfd29bad0a217727d8d590db2.jpg)
* Currency exchange rate: 0.000000 - 999.999999
Note You must use a decimal point when setting conversion rates that are fractional.
Example
Assigning 0.6068 to the EX1 key

PrintKey operation
7 Programming for the CA2, RA, PO, CH and CR keys
■ High amount lockout (HALO) (CA2, RA, PO and PHCR) PGM 2
Procedure
![graph TD A["Start"] --> B{To keep the current setting} B --> C["* A B Corresponding key"] C --> D["TL"]](/content/2026/06/1310342/images/75e1124ca2394c57448f5a0e8f1c04b0762833275535b103679c1a9c2f748082.jpg)
* AB is the same as A x 10^B
A: Significant digit (1 through 9) B: Number of zeros to follow the significant digit (0 through 8)
Example
Programming a HALO limit of 1000.00 (15) for the CR2 key

PrintKey operation
8 Programming the tax rate
■ Tax rate PGM 2
Procedure
![graph LR VAT["VAT"] --> A["*A 1-6"] A --> B["⊗"] B --> C["**Sign and tax rate"] C --> D["Lowest taxable amount"] D --> E["TL"] C --> F["To program zero"] D --> G["max. five digits: 0.00 to 999.99"]](/content/2026/06/1310342/images/8eabb857ac32906ff53afbb1e6aa5b95d3367cd86cf835493c3f4c26ec95f6d7.jpg)
* A: Enter a corresponding tax rate number. For example, when you program a tax rate as tax rate 1, enter "1", and when you program it as tax rate 6, enter "6". ** Sign and tax rate: XYYY.YYYY [Tax rate = 0.0001 to 100.0000, Sign -/+ = 1/0]
Note
- The lowest taxable amount is valid only when you select add on tax system. If you select VAT (Value added tax) system, it is ignored.
- If you make an incorrect entry before pressing the second key in programming a tax rate, cancel it with the CL key; and if you make an error after pressing the second key, cancel it with the ST key. Then program again from the beginning.
- If you select VAT system, the sign which you program is ignored.
Example
Programming the tax rate (+4%) as tax rate 2 with lowest taxable income as 0.12.
- Press the VAT key. VAT P 0.00
- Enter the tax rate "2". 2 ☒ P 0.00
- Enter the tax rate “+4%.” 4 × P 0.00
- Enter the lowest taxable amount "12." P 12
- Press the TL key to finalize the programming and generate a programming report. TL 0.00

Job-Code-Based Programming
This section illustrates how to program items using job codes. Using job codes allows you to program a wide variety of items in comparison with direct programming.
Start this programming by entering a corresponding job code as shown below.

All the items which can be programmed by the job-code-based programming are listed on this page and the following, and those which can also be programmed by the direct programming are marked with the symbol "Direct" follows job codes.

When setting the parameters for a job code, the digit that is blinking is the one that can be changed. To go to the position of the parameter that you want to change, press either of the following keys:
- Moves the blinker to the right.
00 Moves the blinker to the left.
1 Setting the date and time
Setting the date PGM 2 Direct
Enter day (one or two digits), month (two digits), and year (two digits) in this sequence.

![graph LR A["2610"] --> B["•"] B --> C["⊗"] C --> D["Date (five or six digits)"] D --> E["TL"]](/content/2026/06/1310342/images/abf06d872d6fad3815163972c19bbdfe6d57e3fd5186f11a86252f02b0b55174.jpg)

Setting the time PGM 2 Direct
Set the time using the 24-hour format. For example, when the time is set to 2:30 AM, enter 230; and when it is set to 2:30 PM, enter 1430.

![graph LR A["2611"] --> B["•"] B --> C["⊗"] C --> D["Time (max. four digits)"] D --> E["TL"]](/content/2026/06/1310342/images/759bb3e88bc170498405a5035404e7659edee0f1e72f00b24def94c73e1f1874.jpg)
Example

PrintKey operation
2 Setting the register and consecutive numbers
Setting the register number PGM 2 2612
When your store has two or more registers, it is practical to set separate register numbers for their identification. You may set them in a maximum of six digits.
Procedure
![graph LR A["2612"] --> B["•"] B --> C["⊗"] C --> D["Register number (one to six digits)"] D --> E["TL"] F["To set the register number "0""] --> D](/content/2026/06/1310342/images/02a7898f5ca99c99e024f91f3cc445b42e4c16760a4a97a617fe2596bc4d1eee.jpg)
Example

PrintKey operation
Setting the consecutive number PGM 2 2613
The consecutive number is increased by one each time a receipt is issued.
Enter a number (one to four digits) that is one less than the desired starting number.
Procedure
![graph LR A["2613"] --> B["•"] B --> C["⊗"] C --> D["A number (one to four digits) that is one less than the desired starting number"] D --> E["TL"] F["To begin the count from 0001"] --> D](/content/2026/06/1310342/images/ed7800bf11f995589676ae5fe9b80d5a22809e78123b2cafaf3c2b649d87ad13.jpg)
Example

PrintKey operation
3 Programming the tax rate
■ The tax rate PGM 2 Direct
Procedure
![graph LR A["2711"] --> B["•"] B --> C["⊗"] C --> D["A* 1 to 6"] D --> E["⊗"] E --> F["**Sign and tax rate"] F --> G["⊗"] G --> H["Lowest taxable amount"] H --> I["TL"] F --> J["When the lowest taxable amount is zero"] H --> K["max. five digits: 0.00 to 999.99"]](/content/2026/06/1310342/images/14aa0d540d61ae877f11ad54c9ac4beb885143d5fee42afe36f2e8047984ae65.jpg)
*A: Enter a corresponding tax rate number. For example, when you program a tax rate as tax rate 1, enter 1 and when you program it as tax rate 6, enter 6. ** Sign and tax rate: XYYY.YYYY (Tax rate = 0.0001 to 100.0000, Sign -/+ = 1/0)
Example

PrintKey operation
Note
- The lowest taxable amount is valid only when you select add on tax system. If you select VAT (Value added system), it is ignored.
- If you make an incorrect entry before pressing the third © key in programming a tax rate, cancel it with the CL key; and if you make an error after pressing the third © key, cancel it with the ST key. Then program again from the beginning correctly.
- If you select VAT system, the sign which you program is ignored.
4 Programming for departments
Your machine is equipped with 20 standard departments and up to 50 optional departments.
Your machine allows you to perform the following programming for each department:
■ Functional programming PGM 2 2110
You can set each department for:
Compulsory item validation print
If item entries must be validated, program corresponding departments for compulsory item validation print.
SICS (Single Item Cash Sale) / SIF (Single Item Finalization)
• SICS
If the first registration is to a department set for SICS, the sale is finalized as soon as the department key is pressed. If the sale is preceded by registrations to departments not set for SICS, a sale to a department set for SICS does not finalize and can be repeated until the TL key is pressed.
• SIF
Whenever a sale is made to a department set for SIF, the sale is finalized as soon as the department key is pressed.
Type of unit price entry
You may select one of the following four types of unit price entry for each department.
- Open and preset
- Preset only
- Open only
- Inhibit department key
Procedure
To program for the dept. other than the following dept.
![graph LR A["2110"] --> B["•"] B --> C["⊗"] C --> D["Dept. code"] D --> E["⊗"] E --> F["*ABCDEFG"] F --> G["ST"] G --> H["TL"] H --> I["CL"] I --> J["To keep the current setting"] F --> K["To program for the following dept."] E -.-> L["The current setting is displayed."]](/content/2026/06/1310342/images/50043122ceaffaf41a72c7cc046cbd8e8021a415663bff6b5198f87b31145a47.jpg)
* Item: Selection: Entry:
| A Always enter 0.0 | |||
| B Item validation print Compulsory 1 | |||
| Non-compulsory 0 | |||
| C and D Always enter 0.0 | |||
| E SIF/SICS /Normal SIF 2 | |||
| SICS 1 | |||
| Normal 0 | |||
| F Always enter 0.0 | |||
| G | Type of unit price entry | Open and preset | 3 |
| Preset only | 2 | ||
| Open only | 1 | ||
| Inhibit department key | 0 | ||


Tax status PGM 2 Direct
Assign a tax status to each department. When entries are made into taxable departments in a transaction, tax is automatically computed according to the associated tax rate as soon as the transaction is completed.
Procedure
![graph LR A["2111"] --> B["•"] B --> C["⊗"] C --> D["Dept. code"] D --> E["⊗"] E --> F["*ABCDEFG"] F --> G["ST"] G --> H["TL"] H --> I["CL"] I --> J["To program for the dept. other than the following dept."] F --> K["To program for the following dept."] L["The current setting is displayed."] --> E M[…](/content/2026/06/1310342/images/f677b3031bdef0fed7ce469044bd07cc7f070548a9c9a9e1ee32322f3584da3b.jpg)
* Item: Selection: Entry:
| A Always enter 0.0 | ||
| B VAT6 or TAX6 Yes 1 | ||
| No | 0 | |
| C VAT5 or TAX5 Yes 1 | ||
| No | 0 | |
| D VAT4 or TAX4 Yes 1 | ||
| No | 0 | |
| E VAT3 or TAX3 Yes 1 | ||
| No | 0 | |
| F VAT2 or TAX2 Yes 1 | ||
| No | 0 | |
| G VAT1 or TAX1 Yes 1 | ||
| No | 0 | |
Note
- The tax system of your machine has been factory-set to automatic VAT1–6. If you desire to select any of automatic tax 1–6, manual VAT1–6, manual VAT1, manual tax 1–6, and the combination of the automatic VAT 1–3 and the automatic tax 4–6, consult your dealer.
- When the combination of the automatic VAT1–3 and automatic tax 4–6 system is selected, one of the VAT1(G), VAT2(F) and VAT3(E) can be selected in combination with tax 4–6. Example: BCDEFG= 100100, 110100, 111010
Example
PrintKey operation


■ A limit amount (HALO) of entry PGM 2 Direct?
You can set upper limit amounts (HALO: High Amount Lockout) for each department. The limit is effective for the REG-mode operations and can be overridden in the MGR mode. HALO limit is represented by two figures as follows:
Procedure
![graph LR A["2112"] --> B["•"] B --> C["⊗"] C --> D["Dept. code"] D --> E["⊗"] E --> F["*AB"] F --> G["ST"] G --> H["TL"] H --> I["CL"] I --> J["To keep the current setting"] E -.-> K["The current setting is displayed."]](/content/2026/06/1310342/images/936c522f95d0105b44681c984a4164a0a21861b0a277f828d8dbeecb93b848f1.jpg)
* AB is the same as A x 10 B .
A: Significant digit (1 through 9) B: Number of zeros to follow significant digit (0 through 7)
For example, presetting 14 (100.00) here means that amount entries of up to 100.00 are allowed in the REG mode. But when you preset 17, the upper limit amount is 99999.99.
Example

PrintKey operation

■ Alphanumeric characters PGM 2 2114
You can program a maximum of 16 characters (item label) for each department. (However, the default setting is for a 12-character label.)
Select the characters you want to program, referring to section "2 How to program alphanumeric characters" in chapter "PRIOR TO PROGRAMMING".
Procedure
![graph LR A["2114"] --> B["•"] B --> C["⊗"] C --> D["Dept. code"] D --> E["⊗"] E --> F["Character keys (max. 16 digits)"] F --> G["ST"] G --> H["TL"] I["CL"] --> F J["To program spaces"] --> F](/content/2026/06/1310342/images/bfdd6a92f61f01dd66c267bf81f7460ac516870f8dece24e2da899bef9745661.jpg)
Example

PrintKey operation

Unit price
PGM 2PGN
Direct
You can program unit prices up to a maximum of six digits (9999.99). Even if a department is not programmed to allow the entry of preset unit prices in functional programming (job 2110), the department is automatically changed to allow the entry of preset unit prices by this programming entry.
Procedure
![graph LR A["1110"] --> B["•"] B --> C["⊗"] C --> D["Dept. code"] D --> E["⊗"] E --> F["Unit price (max. six digits)"] F --> G["ST"] G --> H["TL"] H --> I["CL"] I --> J["To keep the current setting"] J --> F style A fill:#fff,stroke:#333 style H fill:#fff,stroke:#333 note right of F: Unit price (max.…](/content/2026/06/1310342/images/690e93487592a3bb1bffa5995e0962e1ba1ce95f53c837b6403b17c779997466.jpg)
Example

PrintKey operation

■ Commission group assignment PGM 2 2115
Your machine allows you to assign a commission group (1-9) to each department.
Procedure
![graph LR A["2115"] --> B["•"] B --> C["⊗"] C --> D["Dept. code"] D --> E["⊗"] E --> F["*A"] F --> G["ST"] G --> H["TL"] H --> I["CL"] I --> J["To program for the following dept."] J --> K["To keep the current setting"] K --> E style A fill:#f9f,stroke:#333 style H fill:#ccf,stroke:#333](/content/2026/06/1310342/images/5ccfe871b7d41d5a7bad8d43b3ddfab8cf630dc9cc85b05ee25ab39f430ca779.jpg)
* A: Commission group 0-9 (0 = no commission)
Example

PrintKey operation

■ Group number PGM 2 2116
You can assign departments to a maximum of 14 groups (1 through 14).
This programming enables you to take group department sales reports.
Procedure
![graph LR A["2116"] --> B["•"] B --> C["⊗"] C --> D["Dept. code"] D --> E["⊗"] E --> F["*Group no. (1 through 14)"] F --> G["ST"] G --> H["TL"] H --> I["CL"] I --> C F --> J["To keep the current setting"] J --> F style A fill:#f9f,stroke:#333 style H fill:#f9f,stroke:#333 note right of J The current…](/content/2026/06/1310342/images/c4d1ebf54661a268efcbd1b70c5d16d1661c696ab4f737ea752cdb3c0017da8d.jpg)
* Group number: Dept. (+) 1 through 9 (groups 1 through 9)
Dept. (−) 10
Hash (+) dept. 11
Hash (−) dept. 12
Bottle return (+) dept. 13
Bottle return (−) dept. 14
Note
The standard model provides no hash dept./bottle return dept. If you need them, please consult your dealer.
Example
PrintKey operation


■ Department key positioning PGM 2 2119
You can assign a department number to each key position. Each key position has a corresponding key number.
Departments may be freely selected for the number of department keys and their positions.
To assign the department to a key position, select the key number of the position.
For key number position, refer to section "2 Standard key number layout" in chapter "KEYBOARD".
Procedure
To program for the key number other than the following key number
![graph LR A["2119"] --> B["•"] B --> C["⊗"] C --> D["Key no. A B (1 through 68)"] D --> E["⊗"] E --> F["To program for the following key number"] F --> G["ST"] G --> H["TL"] D --> I["*1"] I --> J["Cancellation"] J --> K["*2"]](/content/2026/06/1310342/images/273af99736454faae74f215ecf924fa3b6d24406cef0bbcd2c45c52ba56ffd7b.jpg)
*1 The key number placement is determined by your local Authorized SHARP Dealer. *2 AB is a department code.
Example

PrintKey operation

5 Price lookup (PLU) programming
Your machine has two kinds of PLU registration methods.
Direct PLU registration: Accomplished by depressing item key (direct PLU key) directly.
Indirect PLU registration: Accomplished by making an entry of PLU code and pressing the PLU/SUB key.
Each PLU requires you to program the following:
PLU code (six digits)
Associated department
When a PLU is associated with a department, the following functions of the PLU depend on the programming for the corresponding department.
- Grouping (Group 1 through 14) • HALO (only for the subdepartment)
- Single item cash sale/Single item finalization
- Item validation print compulsory/non-compulsory
Unit price (max. six digits)
You will usually have unit prices programmed for individual PLUs as PLU preset unit prices. If you program unit price "0" for a PLU, you can enter only the selling quantity of the PLU, i.e. the PLU can be used only as a counter.
Base quantity for split-pricing entries - two digits
Program a base quantity for each PLU/subdepartment dedicated to split-pricing entries.
PLU, subdepartment, PLU/subdepartment, delete, or prohibit mode
- If the PLU mode (i.e. automatic preset unit price entry) is selected, individual PLU entries can be made by entering the assigned code and depressing the PLU/SUB key (or by depressing a direct PLU key without any PLU code entry).
- If the subdepartment mode is selected, the AMT key must be depressed after the price entry followed by the PLU code entry. The entry is finalized by the PLU/SUB key depressed.
- If the PLU/subdepartment mode is selected, the entries in both the PLU and subdepartment modes are available.
- If the delete mode is selected, the corresponding program data for each PLU is deleted.
- If the prohibit mode is selected, the assigned PLU code cannot be entered. This mode does not clear the PLU/subdepartment program data.
Sign (+/-)
The function of every PLU/subdepartment varies according to the combination of its sign and its associate department's sign as follows:
| Sign | Function of PLU/subdepartment | |
| Dept. | PLU/subdept. | |
| + Serves | as a normal plus-PLU/subdept. | |
| - Serves | as a normal minus PLU/subdept. | |
| + Accepts | store coupon entries, but not split-pricing entries. | |
| - | + Not valid; not accepted. | |
Tax status
Item label (12 characters) (option: max. 16 characters)
Commission group (1 to 9)
Link PLU
Any PLU is able to link to any other PLU (e.g. bottle deposit). However, the number of links is a maximum of 5. Even if more than 5 PLUs are linked, the sixth or higher link is not actualized.
Direct PLU key positioning

For some items, you can program in two ways: programming an individual PLU code and for a range of sequential PLU codes. The procedure marked "For each PLU" shows individual PLU programming. "For a range of PLUs" shows sequential range PLU programming.
■ Department assignment

PGM 2PGN

Direct
Procedure
For each PLU![graph LR A["1200"] --> B["•"] B --> C["⊗"] C --> D["PLU code AB"] D --> E["⊗"] E --> F["ST"] F --> G["TL"] G --> H["CL"] H --> I["To program for the following PLU"] I --> J["To keep the current setting"] J --> K["The current setting is displayed."] K --> D](/content/2026/06/1310342/images/03699e50dc39764c4e223b396226958c71e2edfc2d2e6e9b6fec3db814b72796.jpg)

As soon as the programming is completed for one PLU, the next PLU code appears in the display.
For a range of PLUs![graph TD A["2230"] --> B["•"] B --> C["⊗"] C --> D["Start PLU code"] D --> E["⊗"] E --> F["End PLU code"] F --> G["⊗"] G --> H["AB"] H --> I["ST"] I --> J["TL"] K["*2 *3"] --> D L["The current setting of start PLU code is displayed."] -.-> G M["To apply the current setting of start PLU code to PLUs…](/content/2026/06/1310342/images/c594ad59a6985a2220f859bd06849a61fa7066df4cc2f7d6a27db7acbd05ee66.jpg)
*1, 2, 3: 1 to 999999 (free code) *4: AB: Associated department code
Example
For each PLU
PrintKey operation
For a range of PLUs
PrintKey operation
Unit prices
PGM 2PGM
Direct
Procedure
![graph LR A["1210"] --> B["•"] B --> C["⊗"] C --> D["PLU code"] D --> E["⊗"] E --> F["Unit price (max. six digits)"] F --> G["ST"] G --> H["TL"] I["CL"] --> F J["The current setting is displayed."] -.-> E K["To keep the current setting"] --> F](/content/2026/06/1310342/images/3ecd9871b937771e101eafe6cf9d74c11f33964ed638dda13bbd606a41e1b669.jpg)
Example

PrintKey operation
Base quantity
PGM 2PGM 1211
Procedure
![graph LR A["1211"] --> B["•"] B --> C["⊗"] C --> D["PLU code"] D --> E["⊗"] E --> F["Base q'ty (max. 2 digits)"] F --> G["ST"] G --> H["TL"] H --> I["CL"] I --> C F --> J["To keep the current setting"] J --> F style A fill:#f9f,stroke:#333 style H fill:#f9f,stroke:#333](/content/2026/06/1310342/images/12ec166bb5b0b6e6521dc2cccf9a9733eb6bcc43a8e0c7b7d42c1f08532b149e.jpg)
Example

PrintKey operation
■ PLU/subdepartment mode PGM 2 2210 2231 Direct
Procedure
For each PLU![graph LR A["2210"] --> B["•"] B --> C["⊗"] C --> D["PLU code"] D --> E["⊗"] E --> F["ABC"] F --> G["ST"] G --> H["TL"] H --> I["CL"] I --> J["*1"] J --> C K["The current setting is displayed."] -.-> E L["To keep the current setting"] --> F](/content/2026/06/1310342/images/d61e7d9e378a07a8b635cec800743312669214684fb05196d8e92d636f3da9ef.jpg)
For a range of PLUs![graph TD A["Start PLU code"] --> B["End PLU code"] B --> C["Block"] C --> D["Block"] D --> E["ABC"] E --> F["ST"] F --> G["TL"] H["2231"] --> I["•"] I --> J["⊗"] J --> K["×"] K --> L["*2 *3"] L --> M["+"] N["The current setting of start PLU code is displayed."] -.-> O["To apply the current setting o…](/content/2026/06/1310342/images/7eb34efbf6188ba579ffa034cbc235666c12c4983ff8182e6cff7ddf0b25e3a3.jpg)
*1,2,3: 1 through 999999
*4: Item: Selection: Entry:
| A and B Always enter 0. 0 | |
| C Mode parameter Prohibit mode 0 | |
| Subdept. mode 1 | |
| PLU mode 2 | |
| PLU/subdept. mode 3 | |
| Delete mode 4 | |
Example
For each PLU
PrintKey operation
For a range of PLUs
PrintKey operation
Procedure
For each PLU![graph LR A["2211"] --> B["•"] B --> C["⊗"] C --> D["PLU code"] D --> E["⊗"] E --> F["ABCDEFG"] F --> G["ST"] G --> H["TL"] H --> I["CL"] I --> J["*1"] J --> C F --> K["*4"] K --> F style A fill:#fff,stroke:#000 style H fill:#fff,stroke:#000 style I fill:#fff,stroke:#000](/content/2026/06/1310342/images/b8b151af183e7674e1810141b05ec7eba91ae36c582ca9ba8d2b5ad4f44eac9a.jpg)
For a range of PLUs![graph TD A["Start PLU code"] --> B["End PLU code"] B --> C["To apply the current setting of start PLU code to PLUs within the range"] C --> D["ST"] D --> E["TL"] F["2232"] --> G["•"] G --> H["⊗"] H --> I["The current setting of start PLU code is displayed."] I --> J["+2 *3"] J --> K["Start PLU code"…](/content/2026/06/1310342/images/09bd224b6b61b90620079d8ef73b879ac02ab38cdf671f09aa9f7d04fa4b35ad.jpg)
*1,2,3: 1 through 999999
*4: Item: Selection: Entry:
| A Sign (+/-) Minus PLU 1 | ||
| Plus PLU 0 | ||
| B VAT6 or TAX6 Yes 1 | ||
| No | 0 | |
| C VAT5 or TAX5 Yes 1 | ||
| No | 0 | |
| D VAT4 or TAX4 Yes 1 | ||
| No | 0 | |
| E VAT3 or TAX3 Yes 1 | ||
| No | 0 | |
| F VAT2 or TAX2 Yes 1 | ||
| No | 0 | |
| G VAT1 or TAX1 Yes 1 | ||
| No | 0 | |
Note
- The tax system of your machine has been factory-set to automatic VAT1–6. If you desire to select any of automatic tax 1–6, manual VAT1–6, manual VAT1, manual tax 1–6, and the combination of the automatic VAT 1–3 and the automatic tax 4–6, consult your dealer.
- When the combination of the automatic VAT1–3 and automatic tax 4–6 system is selected, one of the VAT1(G), VAT2(F) and VAT3(E) can be selected in combination with tax 4–6. Example: BCDEFG= 100100, 110100, 111010
- A PLU not programmed for any of these tax statuses is registered depending on the tax status of the department which the PLU belongs to.
Example
For each PLU

PrintKey operation
For a range of PLUs

PrintKey operation
Alphanumeric characters PGM 2 2214
You can program a maximum of 16 characters (item label) for each PLU or subdepartment. (However, the default setting is for a 12-character label.) Select the characters you want to program, referring to section "2 How to program alphanumeric characters" in chapter "PRIOR TO PROGRAMMING".
Procedure
![graph LR A["2214"] --> B["•"] B --> C["⊗"] C --> D["PLU code"] D --> E["⊗"] E --> F["Character keys (max. 16 digits)"] F --> G["ST"] G --> H["TL"] H --> I["CL"] I --> C F --> J["To program spaces"]](/content/2026/06/1310342/images/d9f8b0ff6b4f0a60b6e5b39e6c4f04847b34dc1bdaf6c8e71cc95359cf765926.jpg)
Example

PrintKey operation
■ Assigning of PLUs to commission groups
PGM 2
22352
You can assign PLUs (or subdepartments) to commission groups.
Procedure
For each PLU![graph LR A["2215"] --> B["•"] B --> C["⊗"] C --> D["PLU code"] D --> E["⊗"] E --> F["*A"] F --> G["ST"] G --> H["TL"] H --> I["CL"] I --> J["To program for the following PLU"] D -.-> K["The current setting is displayed."] F -.-> L["To keep the current setting"]](/content/2026/06/1310342/images/7a088ccb4301144ac755570ef5fbf41198bb200471298c1b3d9fe85f57b3f50b.jpg)
For a range of PLUs![graph TD A["2235"] --> B["•"] B --> C["⊗"] C --> D["Start PLU code"] D --> E["End PLU code"] E --> F["×"] F --> G["⊗"] G --> H["A"] H --> I["ST"] I --> J["TL"] K["*2"] --> D L["*3"] --> F M["The current setting is displayed."] -.-> H N["To apply the current setting of start PLU code to PLUs within t…](/content/2026/06/1310342/images/217597b8ecc52bc17620c8facf08bcc2c3d09647bc3879a508a6cbc23c4a1a66.jpg)
*1,2,3 : 1 through 999999 *A : Commission group 0-9 (0=no commission)
Example
For each PLU
PrintKey operation
For a range of PLUs
PrintKey operation
Link PLU PGM 2 2220
Procedure
![graph LR A["2220"] --> B["•"] B --> C["⊗"] C --> D["PLU code"] D --> E["Linked PLU code"] E --> F[" "] F --> G["ST"] G --> H["TL"] I["Cancellation"] --> F J["To repeat up to 5 times"] --> F](/content/2026/06/1310342/images/ecb3411a081779b2639cd4c10fa0f4dd08b12150b0e95366be28ff467e6c77e4.jpg)
Note
- PLU codes must have already been defined.
Example

PrintKey operation
Direct PLU key positioning
PGM 2
2219
You can assign a PLU code to each key position. PLUs may be selected for the number of direct PLU keys and their positions. For key number positions, refer to section "2 Standard key number layout" in the chapter "KEYBOARD".
Procedure
![graph LR A["2219"] --> B["•"] B --> C["⊗"] C --> D["* Key no. (1 through 68)"] D --> E["⊗"] E --> F["PLU code"] F --> G["ST"] G --> H["TL"] H --> I["To program for the following key number"] I --> J["To program for the key number other than the following key number"] J --> K["Cancellation"] K --> F](/content/2026/06/1310342/images/8383a7abf1e1f04c6583e65c901b69ef3d36479ed471230164e30efc7324d0ab.jpg)
* The key number placement is determined by your local Authorized SHARP Dealer.
Example

PrintKey operation
6 Programming for miscellaneous keys
Only function keys which you have programmed on the keyboard will be allowed the rate, HALO and tax status programming.
■ Programming the rate (%, EX, commission) and the deduction (⊖) PGM 1
PGM 2 Direct
You can program percent rates, currency exchange rates, deduction amounts and commission rates.
Procedure
![graph LR A["1310"] --> B["•"] B --> C["⊗"] C --> D["Function no."] D --> E["Rate or amount"] E --> F["To keep the current setting"] F --> G["ST"] G --> H["TL"] I["The current setting is displayed."] -.-> E J["*1 *2"] --> D](/content/2026/06/1310342/images/844c33f6aba246d5c44b8625051de0d2867125799bceb42f20fab3b668c58408.jpg)
*1: Function no.
1: For the ☑ key 8: For the %4 key 74: For the commission sale 4 2: For the ☉2 key 52: For the EX1 key 75: For the commission sale 5 3: For the ☉3 key 53: For the EX2 key 76: For the commission sale 6 4: For the 4 key 54: For the EX3 key 77: For the commission sale 7 5: For the %1 key 71: For the commission sale 1 78: For the commission sale 8 6: For the %2 key 72: For the commission sale 2 79: For the commission sale 9 7: For the %3 key 73: For the commission sale 3
*2: Rate or amount
0 — 999999 (Deduction amount) 0.00 — 100.00 (% rate) 0.000000 — 999.999999 (Currency exchange rate) 0.00 — 999.99 (Commission rate)
Example

PrintKey operation

Note
You must use a decimal point when setting percentages rates that are fractional.
■ A limit amount (HALO) of entry (⊖, RA, PO) PGM 2 Direct
The HALO limit is in effect for the REG-mode operations but can be overridden in the MGR mode. The HALO limit is represented by two figures as follows:
Procedure
![graph LR A["2312"] --> B["•"] B --> C["⊗"] C --> D["Function no. AB"] D --> E["⊗"] E --> F["ST"] F --> G["TL"] H["The current setting is displayed."] -.-> E I["To keep the current setting"] --> F J["*1 *2"] --> C](/content/2026/06/1310342/images/6fc8fdbb15f3090d5a142e838d5be5d0c20f9bf1864f483b8d8d1099fac213d3.jpg)
*1: Function no.
1: For the ⊙ key 37: For the RA key 2: For the Θ2 key 38: For the RA2 key 3: For the ⊙3 key 39: For the PO key 4: For the Θ4 key 40: For the PO2 key
*2: AB is the same as A x 10^B.
A: Significant digit (0 through 9) B: Number of zeros to follow significant digit
0 through 7 (for the ⊙ through ⊙4 keys)
0 through 8 (for the RA, RA2, PO, and PO2 keys)
For example, presetting 13 (10.00) here means that amount entries of up to 10.00 are allowed in the REG mode.
You can set up AB = 17 for no limitation (for the ⊙ through ⊙4 keys).
You can set up AB = 18 for no limitation (for the RA, RA2, PO, and PO2 keys).
Example

Print Key operation

Programming of the +/- sign assigns the premium or discount function for each key.
Procedure
![graph LR A["2311"] --> B["•"] B --> C["⊗"] C --> D["Function no. ABGDE"] D --> E["To keep the current setting"] E --> F["ST"] F --> G["TL"] H["The current setting is displayed."] -.-> D I["*1 *2"] --> D](/content/2026/06/1310342/images/4b69b822d6adcadd3604c524dc5673ac955e2094fc2ec3f3963c48efdfb9111f.jpg)
*1: Function no.
1: For the ☑ key 5: For the %1 key 2: For the Θ2 key 6: For the %2 key 3: For the Θ3 key 7: For the %3 key 4: For the Θ4 key 8: For the %4 key
*2:
Item: Selection: Entry:
A +/- sign + (premium) sign 0
- (discount) sign 1
B to G Always enter 0.0
Example

PrintKey operation

■ Item % or subtotal % selection (%) PGM 2 2315
Item %
Select this when a percent calculation is desired for the individual department and PLU. Subtotal %
Select this when a percent calculation is desired for subtotals.
Procedure
![graph LR A["2315"] --> B["•"] B --> C["⊗"] C --> D["Function no."] D --> E["⊗"] E --> F["A"] F --> G["ST"] G --> H["TL"] I["The current setting is displayed."] -.-> D J["To keep the current setting"] --> F K["To repeat"] --> D](/content/2026/06/1310342/images/cf4bca622ac20d14390cecc72cbe0d9eefc8da01eba4b4a65154d243c8f516ed.jpg)
*1: Function no. *2: A
5: For the %1 key 0: Subtotal % 6: For the %2 key 1: Item % 7: For the %3 key 8: For the %4 key
Example

PrintKey operation
Percent rate limitation ( % ) PGM 2 2313
You can program the upper limit of percent rates for percent entries.
(Percent entries that exceed the upper limit may be overridden in the MGR mode.)
Procedure
![graph LR A["2313"] --> B["•"] B --> C["⊗"] C --> D["Function no. Rate"] D --> E["⊗"] E --> F["To keep the current setting"] F --> G["ST"] G --> H["TL"] D --> I["+1 +2"] I --> C style D stroke:#000,stroke-width:2px note right of D The current setting is displayed.](/content/2026/06/1310342/images/aa0f46cb86b6bd7141386143a24c11dc5971b1cc029047d017cb154e1bc00283.jpg)
*1: Function no.
5: For the %1 key 6: For the %2 key 7: For the %3 key 8: For the %4 key
*2: Rate
0.00 - 100.00 (Entering 0.00 inhibits the open percent rate entry.)
Note
10.00% can be entered as 1 0 or 1 0 • .0 The 0 key is needed only for fractional entry.
Example
PrintKey operation


■ Item ⊖ or subtotal ⊖ selection (☐) PGM 2 2316
Item ⊖
Select this when a deduction calculation is desired for the individual department and PLU. Subtotal ⊙
Select this when a deduction calculation is desired for subtotals.
Procedure
![graph LR A["2316"] --> B["•"] B --> C["⊗"] C --> D["Function no."] D --> E["⊗"] E --> F["A"] F --> G["ST"] G --> H["TL"] I["The current setting is displayed."] -.-> D J["To keep the current setting"] --> F K["*1"] --> D L["*2"] --> F](/content/2026/06/1310342/images/1f53ef6c3de6e8b66ef2943a229fa580fd4e222a1fe841b75bc5967b1afb39a5.jpg)
*1: Function no. *2: A
1: For the ☑ key 0: Subtotal 2: For the 2 key 1: Item 3: For the ☑3 key 4: For the 4 key
Example

PrintKey operation

7 Programming for the TL, CA2, CH1 through CH4, and CR1 through CR4 keys
■ Functional programming PGM 2 2320
You can set each media for:
EFT Transaction
For CH1 through CH4 keys, and CR1 through CR4 keys
Footer printing
This programming decides whether or not your machine should print a message at the foot of a receipt when a specified media key is used.
Non-add code compulsory
You can enforce the non-add code entry when a media entry is accepted.
Either enable or disable can be selected for a corresponding media key.
Compulsory validation print
If media entries must be validated, set the corresponding media for compulsory validation print.
Drawer open
You can program each media key to or not to open the drawer.
Amount tendered compulsory
You may select amount tendered compulsory or optional for the TL, CA2 and CH1 through CH4 keys.
You may select amount tendered compulsory or inhibited for the CR1 through CR4 keys.
Procedure
![graph LR A["2320"] --> B["•"] B --> C["⊗"] C --> D["Function no."] D --> E["⊗"] E --> F["ABCDEFG"] F --> G["ST"] G --> H["TL"] I["The current setting is displayed."] -.-> E J["To keep the current setting"] --> F K["*1"] --> D L["*2"] --> F](/content/2026/06/1310342/images/6a21b1f787e273758d6833d5e88eeb601e4b097981bc3defe4213f8b22417361.jpg)
*1: Function no.
42: For the TL key 46: For the 43: For the CA2 key 47: For the 44: For the CH1 key 48: For the 45: For the CH2 key 49: For the
CH3 key 50: For the CH4 key 51: For the CR1 key CR2 key
CR3 key CR4 key
*2 Item: Selection: Entry:
| A EFT transaction Compulsory 1 | |||
| Non-compulsory 0 | |||
| B Footer print Yes 1 | |||
| No | 0 | ||
| C Non-add code Compulsory 1 | |||
| Non-compulsory 0 | |||
| D Change due Disable | 1 | ||
| Enable | 0 | ||
| E | Validation print | Compulsory 1 | |
| Non-compulsory 0 | |||
| F | Drawer open No 1 | ||
| Yes 0 | |||
| G | Amount tendered entry | Compulsory 1 | |
| Non-compulsory for TL, CA2 or CH1 through CH4 keys | 0 | ||
| Inhibit for the CR1 through CR4 keys | 0 | ||


■ High amount lockout (HALO) for cheque change, cheque cashing, and cash in drawer PGM 2 2321
You can program the upper limit amounts for cheque change, cheque cashing, and cash in drawer.
Procedure
![graph LR A["2321"] --> B["•"] B --> C["⊗"] C --> D["Function no."] D --> E["⊗"] E --> F["Limit amount"] F --> G["ST"] G --> H["TL"] I["The current setting is displayed."] -.-> E J["*1"] --> D K["*2"] --> F L["To keep the current setting"] --> F](/content/2026/06/1310342/images/ab63fac473b56631d81154c1cd01ceccf1238e042a30386cfd72376810c4e9c6.jpg)
*1: Function no.
41: For cheque cashing
62: For cheque change
59: For cash in drawer (Sentinel)
*2: Limit amount
0 through 999999.99
(Cheque change and cheque cashing)
0 through 9999999.99 (Cash in drawer)
Example

PrintKey operation
■ High amount lockout (HALO) of entry for media keys PGM 2 Direct
The HALO limit is in effect for REG-mode operations but can be overridden in the MGR mode. The HALO limit is represented by two figures as follows:
Procedure
![graph LR A["2322"] --> B["•"] B --> C["⊗"] C --> D["Function no. AB"] D --> E["⊗"] E --> F["ST"] F --> G["TL"] H["The current setting is displayed."] -.-> E I["To keep the current setting"] --> F J["*1 *2"] --> C](/content/2026/06/1310342/images/6bf5687fef7aa8813d5332f6376278f28759887a2d5b5d5bc043fc4befb2a5b8.jpg)
*1: Function no.
42: For the TL key 48: For the 43: For the CA2 key 49: For the 44: For the CH1 key 50: For the 45: For the [CH2] key 51: For the 46: For the CH3 key 47: For the CH4 key
*2: AB is the same as A x 10^B.
A: Significant digit (1 through 9) B: Number of zeros to follow significant digit (0 through 8)
You can set up AB = 18 for no limitation.


8 Programming of function text
■ Programming PGM 2 2314
You can program a maximum of 8 characters for each function key and other functions using the table on the following pages. Select the characters you want to program referring to section "2 How to program alphanumeric characters" in chapter "PRIOR TO PROGRAMMING."
Procedure
![graph LR A["2314"] --> B["•"] B --> C["⊗"] C --> D["Function no. (max. 3 digits)"] D --> E["⊗"] E --> F["Character keys (max. 8 digits)"] F --> G["ST"] G --> H["TL"] F --> I["To program spaces"] I --> D](/content/2026/06/1310342/images/4f6a0b757ac6c8913826168584c27cc926ef33f163681d60fd0a696e43c4069a.jpg)
* Function no.: See "List of function texts" on the following pages.
Example

PrintKey operation

■ List of function texts
| Function no. | Key or function | Default setting |
| 1 | (➋)1 | |
| 2 | 2 (➋)2 | |
| 3 | 3 (➋)3 | |
| 4 | 4 (➋)4 | |
| 5 %1 | %1 | |
| 6 %2 | %2 | |
| 7 %3 | %3 | |
| 8 %4 | %4 | |
| 9 Differ DIFFER | ||
| 10 Taxable 1 subtotal TAX1 ST | ||
| 11 Taxable 2 subtotal TAX2 ST | ||
| 12 Taxable 3 subtotal TAX3 ST | ||
| 13 Taxable 4 subtotal TAX4 ST | ||
| 14 Taxable 5 subtotal TAX5 ST | ||
| 15 Taxable 6 subtotal TAX6 ST | ||
| 16 VAT/tax 1 VAT 1 | ||
| 17 VAT/tax 2 VAT 2 | ||
| 18 VAT/tax 3 VAT 3 | ||
| 19 VAT/tax 4 VAT 4 | ||
| 20 VAT/tax 5 VAT 5 | ||
| 21 VAT/tax 6 VAT 6 | ||
| 22 Net | 1 | NET1 |
| 23 Net | 2 NET2 | |
| 24 Coupon-like PLU CP PLU | ||
| 25 Refund REFUND | ||
| 26 | ∞ | ∞ |
| 27 | mode total MODE | ∞ |
| 28 MGR MGR∞ | ∞ | |
| 29 Subtotal SBT∞ | ∞ | |
| 30 Hash HASb | ∞ | |
| 31 Hash refund HASH RF | ||
| 32 VAT shift VAT SFT | ||
| 33 VAT/tax delete TAX DELE | ||
| 34 VP counter VP CNT | ||
| 35 No sale NO SALE | ||
| 36 Guest check counter G.C. CNT | ||
| 37 RA | *RA* | |
| 38 RA2 | *RA2 | |
| 39 PO | *PO* | |
| 40 PO2 | *PO2 | |
| 41 Cheque cashing CA/CHK | ||
| 42 Cash | CASH | |
| 43 Cash 2 | CASH2 | |
| 44 Cheque 1 CHECK | ||
| 45 Cheque 2 CHECK2 | ||
| 46 Cheque 3 CHECK3 | ||
| 47 Cheque 4 CHECK4 | ||
| Function no. | Key or function | Default setting |
| 48 Credit 1 | CREDIT1 | |
| 49 Credit 2 | CREDIT2 | |
| 50 Credit 3 | CREDIT3 | |
| 51 Credit 4 | CREDIT4 | |
| 52 Exchange 1 | EXCH1 | |
| 53 Exchange 2 | EXCH2 | |
| 54 Exchange 3 | EXCH3 | |
| 55 Exchange 4 | EXCH4 | |
| 56 Exchange 1 is | EXCH1 IS | |
| 57 Exchange 2 is | EXCH2 IS | |
| 58 Exchange 3 is | EXCH3 IS | |
| 59 Cash in drawer | **OK* | |
| 60 Cash/cheque is | CA/CH IS | |
| 61 Cash/cheque in drawer | CA/CH ID | |
| 62 Change for cheque | CHK/CG | |
| 63 Customer | GUEST | |
| 64 Order total | ORDER TL | |
| 65 Paid total | PAID TL | |
| 66 Domestic currency 1 | DOM.CUR1 | |
| 67 Domestic currency 2 | DOM.CUR2 | |
| 68 Domestic currency 3 | DOM.CUR3 | |
| 69 Domestic currency 4 | DOM.CUR4 | |
| 70 Cheque in drawer | CHKD | |
| 71 Commission sale 1 | COM.SAL1 | |
| 72 Commission sale 2 | COM.SAL2 | |
| 73 Commission sale 3 | COM.SAL3 | |
| 74 Commission sale 4 | COM.SAL4 | |
| 75 Commission sale 5 | COM.SAL5 | |
| 76 Commission sale 6 | COM.SAL6 | |
| 77 Commission sale 7 | COM.SAL7 | |
| 78 Commission sale 8 | COM.SAL8 | |
| 79 Commission sale 9 | COM.SAL9 | |
| 80 Non commission sale | NON.COM | |
| 81 (+) Dept total | DEPT TL | |
| 82 (-) Dept total | DEPT (-) | |
| 83 Hash (+) total HASH TL | * | |
| 84 Hash (-) total | HASH (-) | |
| 85 Bottle return (+) total | BTTL TL | |
| 86 Bottle return (-) total | BTTL (-) | |
| 87 Net 1 (Taxable 1 - VAT/tax 1) | NET 1 | |
| 88 Net 2 (Taxable 2 - VAT/tax 2) | NET 2 | |
| 89 Net 3 (Taxable 3 - VAT/tax 3) | NET 3 | |
| 90 Net 4 (Taxable 4 - VAT/tax 4) | NET 4 | |
| 91 Net 5 (Taxable 5 - VAT/tax 5) | NET 5 | |
| 92 Net 6 (Taxable 6 - VAT/tax 6) | NET 6 | |
| 93 Subtotal SUBTOTAL | ||
| 94 Merchandise subtotal | MDSE ST | |
| 95 Difference subtotal DIFF ST | ||
| 96 Total TOTAL | *** | |
| 97 Change CHANGE | ||
| 98 Sales q'ty ITEMS | ||
| 99 PLU subtotal PLU ST | ||
| 100 Copy receipt title | COPY | |
| 101 Guest check copy title G.C COPY | ||
| 102 Average AVE. | ||
| 103 Group 1 for departments | GROUP01 | |
| 104 Group 2 for departments | GROUP02 | |
| 105 Group 3 for departments | GROUP03 | |
| 106 Group 4 for departments | GROUP04 | |
| 107 Group 5 for departments | GROUP05 | |
| 108 Group 6 for departments | GROUP06 | |
| 109 Group 7 for departments | GROUP07 | |
| 110 Group 8 for departments | GROUP08 | |
| 111 Group 9 for departments | GROUP09 | |
| 112 CCD | CCD | |
| 113 CCD differ CCD DIF. | ||
| 114 CCD differ total DIF. TL | ||
| 115 Order total-Paid total | O - P | |
| 116 Total tax TTL TAX | ||
| 117 Net without tax | NET | |
| Function no. | Key or function | Default setting |
| 118 Commission amount 1 COM.AMT1 | ||
| 119 Commission amount 2 COM.AMT2 | ||
| 120 Commission amount 3 COM.AMT3 | ||
| 121 Commission amount 4 COM.AMT4 | ||
| 122 Commission amount 5 COM.AMT5 | ||
| 123 Commission amount 6 COM.AMT6 | ||
| 124 Commission amount 7 COM.AMT7 | ||
| 125 Commission amount 8 COM.AMT8 | ||
| 126 Commission amount 9 COM.AMT9 | ||
| 127 Commission amount total | COM.TTL | |
| 128 Department report title | DEPT | |
| 129 Group report title | GROUP | |
| 130 PLU report title | PLU | |
| 131 Transaction report title TRANS. | ||
| 132 Total in drawer report title | TL-D | |
| 133 Clerk report title | CLERK | |
| 134 Cashier report title | CASHIER | |
| 136 Hourly report title | HOURLY | |
| 137 Daily net report title | DAILY | |
| 138 PLU zero sales report title | ZERO SAL | |
| 139 PLU price category report title | CATEGORY | |
| 140 Commission sales report title | SALES | |
9 Cashier and clerk programming
Cashier code PGM 2 PGM 1 1500
You can assign a cashier code to each cashier. (If the cashier's file is upgraded, a maximum of 99 cashiers can be programmed. Consult your dealer.)
Procedure
![graph LR A["1500"] --> B["•"] B --> C["⊗"] C --> D["Cashier no. (1 to 99)"] D --> E["⊗"] E --> F["*Cashier code (0 - 99)"] F --> G["ST"] G --> H["TL"] I["The current setting is displayed."] --> D J["To keep the current setting"] --> F](/content/2026/06/1310342/images/ddcdfc6e2edfcd74743d37df5daba8ec303a6a73020a052ba3c753efeec72b94.jpg)
* Programming cashier code "0" inhibits entries of the cashier code.
Example


Cashier name PGM 1 PGM 2 1514
You can program a maximum of 8 characters (cashier name) for each cashier. Select the characters you want to program referring to section "2 How to program alphanumeric characters" in chapter "PRIOR TO PROGRAMMING."
![graph LR A["1514"] --> B["•"] B --> C["⊗"] C --> D["Cashier code (1 - 99)"] D --> E["⊗"] E --> F["Character keys (max. 8 digits)"] F --> G["ST"] G --> H["TL"] F --> I["To program spaces"] I --> D](/content/2026/06/1310342/images/11d87dc699d0b356533867478a3f77e5237bb2cb381ae4ba3304b43074b98faa.jpg)
*: A cashier code you have programmed for the cashier by job code 1500

■ Functional programming for cashiers PGM 2 2510
![graph LR A["2510"] --> B["•"] B --> C["⊗"] C --> D["Cashier code (1 - 99)"] D --> E["⊗"] E --> F["**ABCDE"] F --> G["ST"] G --> H["TL"] I["To keep the current setting"] --> F J["The current setting is displayed."] --> D](/content/2026/06/1310342/images/c83765deb26e3a1c68e186fe52a5943c0e4b8b971f1e25a27abb05cea89dd3a8.jpg)
*: A cashier code you have programmed for the cashier by job code 1500
** Item: Selection: Entry:
| A Guest check copy Disable 1 | |
| Enable 0 | |
| B VAT shift Yes 1 | |
| No 0 | |
| C and D Always enter 0.0 | |
| E Drawer Set the drawer no. 1 or 2 1 or 2 | |
| Use no drawer 0 | |

Clerk code
PGM 2 PGM 1 1400
You can assign a clerk code to each of 99 clerks. The standard machine has no clerk function. If you need this function, consult your dealer.
Procedure
![graph LR A["1400"] --> B["•"] B --> C["⊗"] C --> D["Clerk no. (1 to 99)"] D --> E["⊗"] E --> F["*Clerk code (0 - 99)"] F --> G["ST"] G --> H["TL"] I["To keep the current setting"] --> F J["The current setting is displayed."] --> B](/content/2026/06/1310342/images/80b83c309513f197b54af548c129148bb0fe7a1a8ac6dfba884ab43579ab76cc.jpg)
*: Programming clerk code "0" inhibits entries of the clerk code.
Example

PrintKey operation

Clerk name
PGM 2PGM J414
You can program a maximum of 8 characters (clerk name) for each clerk. Select the characters you want to program referring to section "2 How to program alphanumeric characters" in chapter "PRIOR TO PROGRAMMING."
Procedure
![graph LR A["1414"] --> B["•"] B --> C["⊗"] C --> D["Clerk code (1 - 99)"] D --> E["⊗"] E --> F["Character keys (max. 8 digits)"] F --> G["ST"] G --> H["TL"] I["To program spaces"] --> F J["*"] --> D](/content/2026/06/1310342/images/efa4fb9ebbf97af804617871eb8b0db50560f5f0cfcb618bf8d73c141302b229.jpg)
*: A clerk code you have programmed for the clerk by the job code 1400
Example

PrintKey operation


Programming various functions
■ Programming for optional feature selection
PGM 2
2616
OP X/Z mode availability
When a cashier needs to take the cashier/clerk X or Z report, he or she will use the OP X/Z mode. This programming determines whether he or she will be allowed to use this mode.
Note
You can take cashier/clerk X and Z reports in the X1/Z1 mode regardless of the above programming.
Paid out in the REG-mode
Refund key in the REG-mode
Direct void in the REG-mode
Indirect void in the REG-mode
Subtotal void in the REG-mode
Refund validation printing
First item direct void
Printing of the number of purchased items
Journal print form
You may choose either of the following forms.
- Detailed journal print that shows the details of all entries - the same information as printed on the receipt.
- Summary journal print that shows information about all entries other than normal department entries (entries into “+” departments and their associated “+” PLUs).
Item validation print
Validation print for ⊙ entry
Zero skip for various reports
VAT/tax amount, taxable amount and net amount printing on the receipt/journal
VAT shift type
VAT shift by cashier: VAT shift is performed by the operation of a cashier who has been assigned to do the VAT shift operation (Refer to job# 2510).
VAT shift by shift key: VAT shift is performed by pressing the VAT shift key.
No sale in REG-mode
Finalization when the subtotal amount is zero in the REG mode
Printing of the exchange 1 total amount and change amount on the receipt/journal
Total and change amounts in exchange 1 currency are printed respectively below each of the total and exchange amounts in domestic currency.
Credit counting when received-on-account/paid out finalized with the credit key
Separator line in the report
Link PLU printing on the receipt
Procedure
![graph LR A["2616"] --> B["•"] B --> C["⊗"] C --> D["P * ABCDEF"] D --> E["×"] E --> F["ST"] F --> G["TL"] D --> H["To keep the current setting"] H --> I[" "] I --> J[" "] J --> K["To keep the current setting"] K --> L[" "] L --> M[" "] M --> N["To keep the current setting"] N --> O[" "] O --> P[" "]…](/content/2026/06/1310342/images/d1924fe664c4e8e6108edf3a262ed501e4fd25f9241d4df49d53a791fb84129c.jpg)
The current setting is displayed.
Item: Selection: Entry:
| A OP X/Z mode Enable 0 | |
| Disable 1 | |
| B Paid-out in REG-mode Enable 0 | |
| Disable 1 | |
| C Always enter 0.0 | |
| D Refund key entry in the REG-mode Enable 0 | |
| Disable 1 | |
| E Direct void in the REG-mode Enable 0 | |
| Disable 1 | |
| F Indirect void in the REG-mode Enable 0 | |
| Disable 1 | |
| G Subtotal void in the REG-mode Enable 0 | |
| Disable 1 | |
| H Refund validation printing Non-compulsory | 0 |
| Compulsory 1 |
**P: 2
| Item: | Selection: Entry: | ||
| A | The first item direct void | Enable | 0 |
| Disable | 1 | ||
| B and C | Always enter 0. | 0 | |
| D | Printing of the number of purchased items | No | 0 |
| Yes | 1 | ||
| E | Always enter 0. | 0 | |
| F | Journal print form | Detailed | 0 |
| Limited 1 | |||
| G | Item validation printing | Enable | 0 |
| Disable | 1 | ||
| H | validation printing | Non-compulsory | 0 |
| Compulsory | 1 | ||
**P: 3
| Item: | Selection: Entry: | ||
| A | Always enter 0. | 0 | |
| B | Zero skip in clerk report | Yes | 0 |
| No | 1 | ||
| C | Zero skip in cashier report | Yes | 0 |
| No | 1 | ||
| D | Zero skip in transaction report | Yes | 0 |
| No | 1 | ||
| E | Zero skip in department report | Yes | 0 |
| No | 1 | ||
| F | Zero skip in PLU report | Yes | 0 |
| No | 1 | ||
| G | Zero skip in hourly report | Yes | 0 |
| No | 1 | ||
| H | Zero skip in daily net report | Yes | 0 |
| No | 1 | ||
**P: 4
Item: Selection: Entry:
| A and B Always enter 0. 0 | ||
| C VAT/tax amount printing on the Yes 0receipt/journal No 1 | ||
| D Taxable amount printing on the Yes 0receipt/journal No 1 | ||
| E Net amount printing on the receipt/journal Yes 0 | No | 1 |
| F to H Always enter 0. 0 | ||
**P: 5
Item: Selection: Entry:
| A to C Always enter 0.0 | |||
| D VAT shift type By cashier | 0 | ||
| By shift key | 1 | ||
| E to H Always enter 0.0 | |||
**P: 6 (ABCDEFGH: Always enter 0.)
**P: 7
Item: Selection: Entry:
| A and B | Always enter 0. | 0 | |
| C | No sale in REG-mode | Enable | 0 |
| Disable | 1 | ||
| D | Finalization in the REG-mode | Enable | 0 |
| when the subtotal amount is zero | Disable | 1 | |
| E to H | Always enter 0. | 0 |
**P: 8 (ABCDEFGH: Always enter 0.)
**P: 9
Item: Selection: Entry:
| A to C Always enter 0. 0 | |||
| D Printing exchange 1 total amount and change amount on receipt and journal | No 0 | Yes 1 | |
| E to H Always enter 0. | 0 | ||
**P: 10 to 12 (ABCDEFGH: Always enter 0.)
**P: 13
Item: Selection: Entry:
| A Credit counting when received-on-account/paid out is finalized with the credit key | Yes 1 | ||
| No 0 | |||
| B | Separator line in the report | Separator line | 1 |
| 1 line space | 0 | ||
| C | Way to print the information for the link PLU on the receipt | Leading link PLU with total amount | 1 |
| Each PLU | 0 | ||
| D to H Always enter 0. 0 | |||
Example

PrintKey operation

■ Programming the limit on the number of times of validation printing and feed line after printing of a difference subtotal PGM 2 2615
Procedure
![graph LR A["2615"] --> B["•"] B --> C["⊗"] C --> D["*AB"] D --> E["TL"] D --> F["When A and B are zeroes"]](/content/2026/06/1310342/images/00a233c21fafcf356762dc6be896ae79cc9fc185d66045729f500b6b5391c399.jpg)
* A: Validation printing counter (1 through 9 times) To inhibit validation printing, enter 0. B: Feed lines after printing of difference subtotal (0 through 9)
Example

PrintKey operation
2615 *PGM2*
10
■ Programming alarm length of time with drawer opening PGM 2 2617
If the drawer still remains open when a specified length of time has elapsed, your machine gives the alarm.
Procedure
![graph LR A["2617"] --> B["•"] B --> C["⊗"] C --> D["Time 1 to 255 seconds"] D --> E["TL"] F["To disable the alarm function"] --> D](/content/2026/06/1310342/images/2cfb9fc67620a36fa7d1825ac3d97e1c17eac8c84c03ab2a0df0176d8a616297.jpg)
Example

PrintKey operation

Note
Your machine starts to monitor how long the drawer is kept open the moment the drawer is opened at the end of a transaction in the REG/VOID mode. It stops the time monitoring when a valid key (except the VP and RCPT keys) is pressed for the next transaction. It restarts the time monitoring after that transaction is ended. You can stop the buzzer alarm by closing the drawer. No key entries can be made while the buzzer is sounding.
■ Programming of print messages PGM 2 2614
Your register can print programmed messages for customers on every receipt.
Procedure
![graph LR A["2614"] --> B["•"] B --> C["⊗"] C --> D["*Line number (1 to 6)"] D --> E["⊗"] E --> F["Character keys (max. 24 digits)"] F --> G["ST"] G --> H["TL"] H --> I["To program spaces"] I --> D](/content/2026/06/1310342/images/ef16c824a2a62e6011c09c21417d9a373bd3370b0361b9cad2240db6e3d7ea09.jpg)
* "Header 3-line message" type: 1 to 3
"Footer 3-line message" type: 4 to 6
"Header 6-line message" type: 1 to 6
"Header 3-line and footer 3-line message" type: 1 to 6 (1 to 3 as header, 4 to 6 as footer)
A maximum of 6 lines are available. The type of printing "header 3-line message" is available for the standard model. The line numbers you select are according to the four types of printing: default setting, "header 3-line message" type, "footer 3-line message" type, "header 6-line message" type and "header 3-line and footer 3-line message" type. If you want to change the type of printing, please consult your dealer.
Select the characters you want to program, referring to section "2 how to program alphanumeric characters" in chapter "PRIOR TO PROGRAMMING."
Example
To program the following logo messages by using 3 lines:

PrintKey operation

Selection of X1/Z1 and X2/Z2 reports to be printed in the stacked report se
PGM 2
2620
Your register is equipped with the stacked report printing function that enables multiple X/Z reports to be printed in sequence with only a single request, up to a maximum of 13 reports*. This function continuously prints a maximum of 13 kinds of reports with a single operation.
Procedure![graph TD A["2620"] --> B["•"] B --> C["⊗"] C --> D["To cancel the stacked report sequence"] D --> E["Job no."] E --> F["⊗"] F --> G["Start range parameter"] G --> H["⊗"] H --> I["End range parameter"] I --> J["ST"] J --> K["TL"] K --> L["To repeat*"] L --> E G --> M["*2"] M --> N["For full reporting…](/content/2026/06/1310342/images/a913286b02a7e2d21e6d309521c07c03033b3a00b66776e98d975b154bc0dd5a.jpg)
*: Maximum 70 steps are programmable. "1 step" means the memory size used for one no-range type job no. The range type job no. needs "8 steps".
Job code numbers to be used are as follows.
*1 *2
| Job no. | Report Available mode Range parameter | |
| 00 | General report | |
| 10 | Full department report X1/X2 mode only | |
| 13 | Full department group report X1/X2 mode only | |
| 20 | PLU report *3 Start PLU code/end PLU code (1 through 999999) | |
| 27 | PLU zero sales report X1/X2 mode only | |
| 29 | PLU price category report X1/X2 mode only *3 Start price amount/end price amount | |
| 30 | Transaction report X1/X2 mode only | |
| 31 | Total in drawer report X1/X2 mode only | |
| 32 | Commission sales report | |
| 40 | Full clerk report | |
| 50 | Full cashier report | |
| 60 | Hourly sales information Range report is available *3 Start time/end time (0 through 2330) only in the X1 mode. | |
| 70 | Daily net report X1/X2 mode only |
*3: Both range setting and full setting are allowed.
Note
When Z of stacked report is initiated, X only reports will be skipped.
Example
PrintKey operation
Setting the time range for hourly reports
PGM 2
2619
You can set the time range for an hourly report.
Procedure
![graph LR A["2619"] --> B["•"] B --> C["⊗"] C --> D["ABC"] D --> E["TL"] D --> F["When A through C are all zeros"] F --> D](/content/2026/06/1310342/images/9187034d70949bee84d1409aae751fcd4cf79abe6d040b853a0b95f3e1ba7f8e.jpg)
*A: Time range
To set the time range to 30 minutes (in the 24-hour system), enter 0.
To set the time range to 60 minutes (in the 24-hour system), enter 1.
BC: Starting time (hour = 00 to 23)
Example

PrintKey operation
2619 XPGM2X
1 07
Note
To perform this setting, an hourly Z report (# 160) must be done.
RS-232C channel assignment
PGM 2
2690
Your machine is equipped with an RS-232C interface. If you use the on-line communication function, the channel number of the RS-232C interface must be programmed by using the following procedure.
To realize the on-line communication, consult your dealer.
Procedure
![graph LR A["2690"] --> B["•"] B --> C["⊗"] C --> D["*P 1 to 3"] D --> E["⊗"] E --> F["**ABCD"] F --> G["ST"] G --> H["TL"] I["When A through D are all zeroes"] --> F](/content/2026/06/1310342/images/9eaa98c3f7fe4ebe17846b6dd9bf75bc344acfd8127ecbcbd0c0e8d63314b85d.jpg)
*P: 1
** Item: Selection: Entry:
A For the ON-LINE communication Disable 0
Enable (enter the channel number) 8
B to D Always enter 0.0
*P: 2 and 3 (ABCD: Not used. Always enter 0.)
Example

PrintKey operation

Secret codes to control access to PGM1 mode, X1/Z1 mode and X2/Z2 mode PGM 2 26322
You must enter a secret code according to the following procedure before performing any PGM1-mode, X1/Z1-mode or X2/Z2-mode operation when a secret code has been set for that specific mode operation.
Operating
Procedure

Note
Once a secret code is entered, it does not need to be entered again unless the mode switch setting is changed and any operation, such as a sales registration, reporting, or programming, is performed.
Programming
Procedure
![graph LR A["2630"] --> B["•"] C["2631"] --> B D["2632"] --> B B --> E["⊗"] E --> F["Secret code"] F --> G["TL"] H["No code (zero)"] --> F I["Max. 4 digits"] --> F](/content/2026/06/1310342/images/17292333853e3ac142ff9f633735d6e0843e35b39aadc5117b65db07e5d89f26.jpg)
* 2630 for the PGM1 mode 2631 for the X1/Z1 mode 2632 for the X2/Z2 mode
Example

PrintKey operation
2631 XPGM2X
1234
■ Currency description text programming PGM 2 2334
You can program a maximum of 4 characters for each of the EX1 through EX4 keys.
Procedure
![graph LR A["2334"] --> B["•"] B --> C["⊗"] C --> D["*Function no."] D --> E["⊗"] E --> F["Character keys (max. 4 digits)"] F --> G["ST"] G --> H["TL"] F --> I["To program spaces"] I --> D](/content/2026/06/1310342/images/003606d472482e385edb82da117d3270ddced0dc30d4e5cf76bc7d06a68711b0.jpg)
*Function no.:
52: For the EX1 key 53: For the EX2 key 54: For the EX3 key 55: For the EX4 key
Example
PrintKey operation


■ Assigning the drawer number to the drawer for foreign currency PGM 2 2680
You can assign a number of the drawer which opens when one of the following operations is performed.
• One of EX1 through EX4 is pressed without any entry. • A transaction is completed with a payment entry of foreign currency. • An X/Z report is issued.
Procedure
![graph LR A["2680"] --> B["•"] B --> C["⊗"] C --> D["*Drawer no."] D --> E["TL"]](/content/2026/06/1310342/images/9dec69d3ad592777f2f970050704ba296fe2387f374502f879277e3f4752c48d.jpg)
*Drawer no.:
0: Inhibit (No drawer opens.)
1: Drawer no. 1
2: Drawer no. 2
Example

PrintKey operation

Note
To perform this programming, an optional drawer must be connected with your register.
■ Setting the AUTO key — Automatic sequencing key — X2/Z2 2900
If you program frequently performed transactions or report sequences for the AUTO keys, you can call those transactions and/or reports simply by pressing the corresponding AUTO keys in key operations. This programming can be done when your machine is in the X2/Z2 mode.
Procedure
![graph LR A["2900"] --> B["•"] B --> C["⊗"] C --> D["AUTO 4"] C --> E["AUTO 2"] C --> F["AUTO 3"] C --> G["..."] C --> H["AUTO 10"] D --> I["Transaction"] E --> I F --> I G --> I H --> I I --> J["AUTO 4"] I --> K["AUTO 2"] I --> L["AUTO 3"] I --> M["..."] I --> N["AUTO 10"] J --> O["TL"] K --> O L --…](/content/2026/06/1310342/images/9faacbe26dc0e484eb2d25c2acdbb3c0d139ed0d2bb23ae85b9de58601f3924b.jpg)
Example
Programming for the AUTO key and AUTO key as follows:
AUTO; entering a PLU 2 item (programmed unit price: 1.50) and a dept. 6 item (unit price: 1.00) AUTO; selling a dept. 7 item (programmed unit price: 5.00) for cash

PrintKey operation

Note
When the AUTO key has been programmed to execute a report job function etc., the mode switch must be in the appropriate position (X1/Z1 or X2/Z2).
11 Reading stored programs
Your machine allows you to read every program stored in the PGM1 and PGM2 modes.
■ Program details and procedures for their reading
| Program for: | Mode switch position | Job code no. | Procedure | Related PGM1/PGM2 job code nos. | |
| 1 | Departments | PGM2 or PGM1 | 1100 | ![]() | 1110, 2110, 2111, 2112, 2114, 2115, 2116 |
| 2 | PLUs/subdepartments | PGM2 or PGM1 | 1200 | ![]() | 1200, 1210, 1211, 2210, 2211, 2214, 2215, 2230, 2231, 2232, 2235 |
| 3 | Key nos. for departments and PLUs | PGM2 | 2119 | ![]() | 2119, 2219 |
| 4 | Link PLUs 2220 | PGM2 2220 | ![]() | ||
| 5 | Cashiers | PGM2 or PGM1 | 1500 | ![]() | 1500, 1514, 2510 |
| 6 | Clerks | PGM2 or PGM1 | 1400 | ![]() | 1400, 1414 |
| 7 | Function preset 1 | PGM2 or PGM1 | 1300 | ![]() | 1310, 2311, 2312, 2313, 2314, 2315, 2316, 2320, 2321, 2322, 2334 |
| 8 | 26BOPGM2preset 2 | ![]() | 2614, 2615, 2616, 2617, 2619, 2620, 2630, 2631, 2632, 2680, 2690 | ||
| 9 | Tax rates | PGM2 | 2700 | ![]() | 2711 |
| 10 | Auto keys | PGM2 | 2900 | ![]() | 2900 |
■ Sample printouts
1 Reading of programmed items for departments (Reading in the PGM1 and PGM2 modes) 2 Reading of programmed items for PLUs/subdepartments
(Reading in the PGM1 and PGM2 modes)
* When you take this report in the PGM1 mode, the PGM2 indication is replaced by a "PGM1".
3 Reading of programmed key nos. for departments and PLUs (Reading in the PGM2 mode)
4 Reading of programmed items for link PLUs (Reading in the PGM2 mode)
5 Reading of programmed items for cashiers (Reading in the PGM1 and PGM2 modes)

6 Reading of programmed items for clerks (Reading in the PGM1 and PGM2 mode)
* When you take this report in the PGM1 mode, the PGM2 indication is replaced by a "PGM1".
7 Reading of programmed items for functions - 1 (Reading in the PGM1 and PGM2 modes)
| 31/08/98 7:50 11123456 #1452 MAVER11 NILS | |
| #1300 *PGM2* | |
| F001 (−)1I | -10.00L13 |
| F002 (−)2S | -0.00L17 |
| F005 ≧1S | -10.00%L 15.00% |
| F006 ≧2I | 15.00%L100.00% |
| F010 TAX1 ST | |
| F011 TAX2 ST | |
| F012 TAX3 ST | |
| F013 TAX4 ST | |
| F014 TAX5 ST | |
| F015 TAX6 ST | |
| F016 VAT 1 | |
| F017 VAT 2 | |
| F018 VAT 3 | |
| F019 VAT 4 | |
| F020 VAT 5 | |
| F021 VAT 6 | |
| F022 NET1 | |
| F023 NET2 | |
| F024 CP PLU | |
| F025 REFUND | |
| F026 ≈ | |
| F027 ≈ MODE | |
| F028 MGR ≈ | |
| F029 SBTL ≈ | |
| F032 VAT SFT | |
| F033 TAX DELE | |
| F034 VP CNT | |
| F035 NO SALE | |
| F036 G.C. CNT | |
| F037 XXXRA | L18 |
| F039 XXXPD | L18 |
* When you take this report in the PGM1 mode, the PGM2 indication is replaced by a "PGM1".
| F041 CA/CHK | 99.99 |
| F042 CASH | L18 |
| 0000000 | |
| F044 CHECK | L18 |
| 0000000 | |
| F045 CHECK2 | L18 |
| 0000000 | |
| F048 CREDIT1 | L18 |
| 0000000 | |
| F049 CREDIT2 | L15 |
| 0000000 | |
| F050 CREDIT3 | L15 |
| 0000001 | |
| F052 EXCH1 | 0.606800 |
| F053 EXCH2 | 0.000000 |
| F055 EXCH4 | 9999999.99 |
| F059 XXXXCID | |
| F061 CA/CH ID | |
| F062 CHK/CG | 999999.99 |
| F063 GUEST | |
| F064 ORDER TL | |
| F065 PAID TL | |
| F066 DOM.CUR1 | |
| F067 DOM.CUR2 | |
| F069 DOM.CUR4 | |
| F070 XCH ID | |
| F071 COM.SAL1 | 0.00% |
| F072 COM.SAL2 | 0.00% |
| F073 COM.SAL3 | 0.00% |
| F074 COM.SAL4 | 0.00% |
| F075 COM.SAL5 | 0.00% |
| F076 COM.SAL6 | 0.00% |
| F077 COM.SAL7 | 0.00% |
| F078 COM.SAL8 | 0.00% |
| F079 COM.SAL9 | 0.00% |
To be continued on the next page
| F080 NON COM. |
| F081 XDEPT TL |
| F082 DEPT(-) |
| F085 XBTTL TL |
| F086 BTTL(-) |
| F087 NET 1 |
| F088 NET 2 |
| F089 NET 3 |
| F090 NET 4 |
| F091 NET 5 |
| F092 NET 6 |
| F093 SUBTOTAL |
| F094 MDSE ST |
| F095 DIFF ST |
| F096 XXXTOTAL |
| F097 CHANGE |
| F098 ITEMS |
| F099 PLU ST |
| F100 COPY |
| F101 G.C COPY |
| F102 AVE. |
| F103 GROUP01 |
| F104 GROUP02 |
| F105 GROUP03 |
| F106 GROUP04 |
| F107 GROUP05 |
| F108 GROUP06 |
| F109 GROUP07 |
| F110 GROUP08 |
| F111 GROUP09 |
| F115 O-P |
| F116 TTL TAX |
| F117 NET |
| F118 COM.AMT1 |
| F119 COM.AMT2 |
| F120 COM.AMT3 |
| F121 | COM.AMT4 |
| F122 | COM.AMT5 |
| F123 | COM.AMT6 |
| F124 | COM.AMT7 |
| F125 | COM.AMT8 |
| F126 | COM.AMT9 |
| F127 | COM.TTL |
| F128 | DEPT |
| F129 | GROUP |
| F130 | PLU |
| F131 | TRANS. |
| F132 | TL-ID |
| F133 | CLERK |
| F134 | CASHIER |
| F135 | HOURLY |
| F136 | DAILY |
| F137 | ZERO SAL |
| F138 | CATEGORY |
| F139 | SALES |
8 Reading of programmed items for functions - 2 (Reading in the PGM2 mode)
9 Reading of programmed tax rates (Reading in the PGM2 mode)
10 Reading of programmed items for auto keys (Reading in the PGM2 mode)
12 Training mode
The training mode is used when the operator or the manager practices register operations.
When a cashier set in training is selected, the machine automatically enters the training mode. When a cashier not set in training is selected, the machine automatically enters the ordinary REG mode. (For programming, consult your dealer.)
The training operations is valid only in REG, MGR and VOID mode.
The corresponding cashier memory is updated in the training mode. Other memories are not updated.

PrintKey operation
READING (X) AND RESETTING (Z) OF SALES TOTALS
- Use the reading function (X) when you need to take a reading of sales information entered since the last resetting. You can take this reading any number of times. It does not affect the register's memory.
- Use the resetting function (Z) when you need to clear the register's memory. Resetting prints all sales information and clears the entire memory except for the GT1 through GT3, reset count, and consecutive number.
1 Summary of reading (X) and resetting (Z) reports and the key operations to obtain the reports
X1 and Z1 reports: Daily sales reports X2 and Z2 reports: Periodic (monthly) consolidation reports
| Item | Mode switch position | Job code | Key operation | ||
| X1/Z1 X2/Z2 | |||||
| Flash report: (Only display) To clear the display, press the CL key or turn the mode switch to another position. | X1 | — | — | Dept. key ( 1 to 50): Department total amount | |
![]() | |||||
![]() | |||||
| Full reading and resetting | X1, Z1 X1, Z1 | 100 | ![]() | ||
| X2, Z2 | 200 | ||||
| Individual clerk reading and resetting | X1, Z1 X1, Z1 | 141 | ![]() | ||
| X2, Z2 | 241 | ||||
| X, Z 41 | ![]() | ||||
| Individual cashier reading and resetting | X1, Z1 X1, Z1 | 151 | ![]() | ||
| X2, Z2 | 251 | ||||
| X, Z 51 | ![]() | ||||
| Full clerk reading and resetting | X1, Z1 | X1, Z1 | 140 | ![]() | |
| X2, Z2 | 240 | ||||
| Full cashier reading and resetting | X1, Z1 X1, Z1 | 150 | ![]() | ||
| X2, Z2 | 250 | ||||
| Full department reading | X1 X1 | 110 | ![]() | ||
| X2 210 | |||||
| Individual group reading | X1 X1 | 112 | ![]() | ||
| X2 212 | |||||
| Full group reading | X1 X1 | 113 | ![]() | ||
| X2 | 213 | ||||
| Commission sales report | X1 X1 | 132 | ![]() | ||
| X2 232 | |||||
| Reading and resetting of sales information for a range of PLUs/subdepartments | X1, Z1 | X1, Z1 | 120 | ||
| X2, Z2 | 220 | ||||
| Reading of sales information of PLUs/subdepartments associated with an individual department | X1 X1 | 121 | ![]() | ||
| X2 | 221 | ||||
| Reading of sales information on PLUs/subdepartments whose sales amounts are zeros | X1 X1 | 127 | ![]() | ||
| X2 | 227 | ||||
| Reading of sales information for the price amount range of PLUs/sub department | X1 X1 | 129 | ![]() | ||
| X2 | 229 | ||||
| Transaction reading | X1 X1 | 130 | ![]() | ||
| X2 230 | |||||
| Total in drawer | X1 X1 | 131 | ![]() | ||
| X2 231 | |||||
| Reading and resetting of hourly sales information | X1 | 160 | ![]() ![]() ![]() ![]() ![]() | ||
| X1, Z1 | |||||
| Reading and resetting of a stacked report | X1, Z1 | X1, Z1 | 190 | When Z of stacked report is initiated, X only reports will be skipped. | |
| X2, Z2 | 290 | ||||
| Reading and resetting of the daily net totals | X2, Z2 | 270 | |||
Note
Individual and full clerk reading and resetting are available only in the cashier and clerk system. In the factory setting, the register provides the “cashier only” system. So, if you want to change the system, consult your dealer.
2 Automatic modification of register system for introduction of EURO
To make your register correspond to the introduction of EURO, your register system can be automatically modified when the procedure shown below is executed in the Z2 mode.
Procedure
![graph LR A["800"] --> B["•"] B --> C["⊗"] C --> D["*A (1 or 2)"] D --> E["TL"]](/content/2026/06/1310342/images/3c0dc9c5ab20d7060aa43ce53310c1cce9e8b59b4826e94abea279b80dffb5cc.jpg)
* A=1: Applicable for the period of co-existence of EURO and national currency. (During the transition period) *A=2: Applicable for the time the national currency is withdrawn from circulation. (At the completion of transition period.)
Note
- You can perform each operation only once with the substitution of "A=1" and "A=2". If you performed the operation with the substitution of "A=2" first, you cannot perform the operation with the substitution of "A=1".
- After the execution of the procedure above, EURO is treated as domestic currency, and National currency as foreign currency. Program the rate of national currency for EURO to the exchange 1(1) key.
The details of the register system modification are as follows:
When "1" is substituted to "A":
- Issuing a general Z1 report (Job #100).
- Issuing a general Z2 report (Job #200).
- Resetting GT1, GT2 and GT3.
- Setting "Yes" for a PGM function "Printing exchange 1 total amount and change amount on receipt and journal" (Job #2616)
- Changing the domestic currency symbol to EURO symbol.
When "2" is substituted to "A":
- Issuing a general Z1 report (Job #100).
- Issuing a general Z2 report (Job #200).
- Resetting GT1, GT2 and GT3.
- Setting "No" for a PGM function "Printing exchange 1 total amount and change amount on receipt and journal" (Job #2616)
- Changing the domestic currency symbol to EURO symbol.
Note
When the operation with the substitution of “A=1” has been performed already, only 1, 2, and 4 are executed.
3 Daily sales totals
■ Full reading and resetting of sales totals
You can take X and Z reports in the X1/Z1 mode. The use of the decimal key (☐) determines when the report will actually reset the sales totals.
• Sample X report • Sample Z report
To be continued on the next page
Note
Not all reports provide the resetting capability. Please refer to the chart on pages 73 and 74.
| D11 | 30.000 Q | |
| DPT.11 | ¥1.50 | |
| ×HASH TL | 30.000 Q | “+” hash dept. counter and total |
| ¥1.50 | ||
| D12 | 2.000 Q | |
| DPT.12 | ¥16.50 | “-” hash dept. counter and total |
| HASH(-) | 2.000 Q | |
| ¥16.50 | ||
| D13 | 7.000 Q | |
| DPT.13 | -60.00 | “+” bottle return dept. counter and total |
| ×BTTL TL | 7.000 Q | |
| -60.00 | ||
| D14 | 7.000 Q | |
| DPT.14 | ¥505.26 | “-” bottle return dept. counter and total |
| BTTL(-) | 7.000 Q | |
| ¥505.26 | ||
| ×TRANS. × | ||
| (−)2 | 2 Q | Subtotal Θ2 counter and total |
| -16.00 | Subtotal percent 1 counter and total | |
| ×1 | 2 Q | |
| -2.92 | ||
| NET1 | ¥27192.47 | Net sales total |
| TAX1 ST | ¥3528.94 | Taxable 1 total |
| VAT 1 | ¥135.73 | VAT 1 total |
| TAX2 ST | ¥78.05 | |
| VAT 2 | ¥3.00 | |
| TAX3 ST | -14.15 | |
| VAT 3 | -0.80 | |
| TAX6 ST | ¥127.56 | |
| TTL TAX | ¥137.93 | Tax total |
| NET | ¥27054.54 | Net total without tax |
| VAT SFT | ¥57.20 | VAT shift total |
| (−)1 | 7 Q | Item Θ1counter and total |
| -35.00 | ||
| ×2 | 5 Q | Item percent 2 counter and total |
| ¥4.28 | ||
| REFUND | 6 Q | Refund counter and total |
| ¥39.90 | ||
| ∞ | 13 Q | REG-mode void counter and total |
| ¥64.46 | ||
| MODE | 4 Q | Void-mode transaction counter and total |
| ¥594.25 | ||
| MGR ∞ | 10 Q | Manager item void counter and total |
| ¥594.25 | ||
| SBTL ∞ | 1 Q | Subtotal void counter and total |
| ¥40.80 | ||
| VP CNT | 23 Q | Validation print counter |
| NO SALE | 7 Q | No-sale (exchange) counter |
| G.C. CNT | 2 Q | Gest check copy counter |
| GUEST | 153 Q | Customer counter |
| ORDER TL | ¥27641.85 | Order total |
| PAID TL | ¥27558.10 | Paid total |
| AVE. | ¥180.12 | Paid total average per costomer |
| O-P | ¥83.75 | Order total - paid total |
| XXXRA | 2 Q | Received on account counter and total |
| ¥96.00 | ||
| XXXPD | 2 Q | Paid out counter and total |
| ¥60.00 | ||
| CA/CHK | 1 Q | Cheque cashing counter and total |
| ¥30.00 | ||
| CASH | 142 Q | Cash counter and total |
| ¥26925.21 | ||
| CHECK | 6 Q | Cheque 1 sales counter and total |
| ¥61.25 | ||
| CREDIT1 | 6 Q | Credit 1 sale and tendering counter and total |
| ¥367.15 | ||
| CREDIT2 | 1 Q | |
| ¥40.00 | ||
| EXCH1 | 2 Q | Exchange 1 counter and total |
| 100.20 | ||
| DOM.CUR1 | ¥165.10 | |
| EXCH2 | 2 Q | |
| 900.00 | ||
| DOM.CUR2 | ¥1285.70 | |
| EXCH3 | 1 Q | |
| 0.50 | ||
| DOM.CUR3 | ¥0.82 | |
| EXCH4 | 1 Q | |
| 100.00 | ||
| DOM.CUR4 | ¥164.73 | |
| XXXXCID | ¥25443.46 | Cash in drawer |
| XCH ID | ¥127.25 | Cheque in drawer |
| CA/CH ID | ¥25570.71 | Cash + cheque in drawer |
| CHK/CG | ¥28.75 | Change total for cheque tendering |
■ Cashier reading and resetting
Using this function, you can take X and Z reports for individual cashiers or all cashiers.
Individual cashier reading and resetting

The OP X/Z-mode reading and resetting is allowed only when your machine has been programmed for "OP X/Z mode available" in the PGM2 mode.
• Sample X report • Sample Z report
| 31/08/98 21:16 | 11 | |
| 123456 #1677 | MAVER | |
| 11 NILS | ||
| #151 %<1% | ||
| XCASHIER % | ||
| O1CSR#1L 1 | MAVER | Cashier no./cashier code |
| ORDER TL | ¥4222.41 | Cashier name |
| PAID TL | ¥4237.41 | Order total |
| AVE. | ¥81.49 | Paid total |
| REFUND | 3 Q | Average |
| ¥20.20 | ||
| MODE | 2 Q | |
| ¥580.00 | ||
| MGR # | 6 Q | |
| ¥580.00 | ||
| G.C. CNT | 1 Q | |
| GUEST | 52 Q | |
| XXXRA | 1 Q | |
| ¥48.00 | ||
| XXXPO | 1 Q | |
| ¥30.00 | ||
| CASH | 48 Q | |
| ¥3989.41 | ||
| CHECK | 3 Q | |
| ¥31.10 | ||
| CREDIT1 | 2 Q | |
| ¥188.65 | ||
| EXCH1 | 1 Q | |
| 0.20 | ||
| DOM.CUR1 | ¥0.32 | |
| EXCH2 | 2 Q | |
| 900.00 | ||
| DOM.CUR2 | ¥1285.70 | |
| EXCH3 | 1 Q | |
| 0.50 | ||
| DOM.CUR3 | ¥0.82 | |
| XXXXCID | ¥2730.82 | |
| XCH ID | ¥49.10 | |
| CA/CH ID | ¥2779.92 | |
| CHK/CG | ¥26.10 |

Full cashier reading and resetting![graph TD A["31/08/98 21:15 11\n123456 #1675 MAVER\n11 NILS\n#150 %<1%\n%CASHIER %"] --> B["31/08/98 21:26 11\n123456 #1679 MAVER\n11 NILS\n#150 %Z1%\n%CASHIER %"] B --> C["Output Arrow"] C --> D["Downward Arrow"]](/content/2026/06/1310342/images/68d1cf73ecdba0eba78a46335788a139dfaa7487ab36e6ce0adcd40156a64561.jpg)
The subsequent printout occurs in the same format as in the sample reports of individual cashier reading and resetting, and sales data for cashiers print in this sequence.
■ Clerk reading and resetting
Using this function, you can take X and Z reports for individual clerks or all clerks.
Individual clerk reading and resetting

The OP X/Z-mode reading and resetting is allowed only when your machine has been programmed for "OP X/Z mode available" in the PGM2 mode.
• Sample X report • Sample Z report

Full clerk reading and resetting

The subsequent printout occurs in the same format as in the reports of individual clerk reading and resetting, and sales data for clerks print in this sequence.
* When you take these reports in the OP X/Z mode, the X report shows an "OP X" and the Z report shows an "OP Z".
■ Reading and resetting of hourly sales information
You can take X and Z reports for sales totals and transaction (customer) counters for 48 half hours, or 24 hours. If both quantity and amount are zero, their print is skipped.
• Sample X report • Sample Z report
■ Full department reading
| 31/08/98 20:56 | 11 |
| 123456 #1622 | MAVER |
| 12 BETH | |
| #110 ××1% | |
| XDEPT% | |
| DO1 | 126.563 Q |
| PL000001 | ¥638.51 |
| 4.66% | |
| DO4 | 17.000 Q |
| DPT.04 | ¥670.45 |
| 4.90% | |
| DO5 | 61.000 Q |
| DPT.05 | ¥11314.11 |
| 82.66% |
| D12 | 2.000 Q |
| DPT.12 | ¥16.50 |
| D15 | 4.000 Q |
| DPT.15 | -1.08 |
| HASH(-) | 6.000 Q |
| ¥15.42 | |
| D13 | 7.000 Q |
| DPT.13 | -60.00 |
| XBTTL TL | 7.000 Q |
| -60.00 | |
| D14 | 7.000 Q |
| DPT.14 | ¥505.26 |
| BTTL(-) | 7.000 Q |
| ¥505.26 |
■ Individual group reading
■ Full group reading
■ Reading and resetting of sales information for a range of PLUs/subdepartments
This function provides you with X and Z reports for sales information of a certain range of PLUs/subdepartments. You must enter the start and end PLU/subdepartment code of the range. Of course, the range may represent all of the PLUs/subdepartments in your register.
• Sample X report • Sample Z report

■ Reading of sales information on PLUs/subdepartments associated with an individual department
■ Reading of sales information for the price amount range of PLUs/subdepartments
■ Reading of sales information on PLUs/subdepartments whose sales amounts are zeros
■ Commission sales information
■ Transaction reading Total in drawer reading


■ Reading and resetting of a stacked report
You can print multiple X1/Z1 reports in sequence at a time.
In this case, you need to program in advance what X1/Z1 reports should be printed in the stacked report sequence.
Note
The following job code numbers alone can be used for stacked report printing.
Job code number: 100, 110, 113, 120, 127, 129, 130, 131, 132, 140, 150, 160
Refer to "Selection of X/Z reports to be printed in the stacked report sequence" for details.
4 Periodic consolidation
Your register allows you to take consolidation X and Z reports of a chosen period (normally one week or a month).
Generality
The periodic reading or resetting reports are the same in format as those in the X1/Z1 report for daily total except job code no. (#2xx) and mode indication ("X2" or "Z2").
• Sample X report • Sample Z report
The subsequent printouts are the same in format as those in the X/Z report for daily total.
■ Reading and resetting of the daily net totals


■ Reading and resetting of a stacked report
You can print multiple X1/Z1 reports in sequence at a time.
In this case, you need to program in advance what X1/Z1 reports should be printed in the stacked report sequence.
Note
The following job code numbers alone can be used for stacked report printing.
Job code number: 200, 210, 213, 220, 227, 229, 230, 231, 232, 240, 250, 270
Refer to "Selection of X1/Z1 and X2/Z2 reports to be printed in the stacked report sequence" for details.
COMPULSORY CASH/CHEQUE DECLARATION
If you want to make the declaration of the cash and cheque amounts in the drawer mandatory before outputting cashier Z reports, consult your dealer and have your register programmed for compulsory cash/cheque declaration.
If your register is programmed for compulsory cash/cheque declaration (CCD), a cashier must first count and declare the cash and cheque amounts (of domestic and foreign currency) in the drawer before he or she can output a cashier report. The procedure for outputting a CCD report is shown below.
Types of compulsory cash/cheque declaration
- Compulsory declaration prior to individual cashier resetting
- Compulsory declaration prior to full cashier resetting
Note
- Compulsory cash/cheque declaration is available in the above two types. You can choose either of these. Consult your dealer for details.
- When cash/cheque declaration is compulsory, flash reports are not available.
Key operation
After the first TL key is pressed, the register prompts the cashier to input the cash and cheque accounts for both domestic and foreign currency. The cashier can simply input the total amounts of each currency unit, or the number of bills or coins of each denomination of each currency unit.
- Individual cashier report

: When inputting the cash or cheque amount in the drawer
EX1 to EX3 :When inputting the amount of a foreign currency in the drawer
| 02/09/98 23:10 | 11 | |
| 123456 #1849 | MAVER | |
| 11 NILS | ||
| #151 XZ1X | ||
| *CCD * | ||
| CA/CH IS | ¥2712.53 | CCD entry amount |
| EXCH1 IS | 150.00 | |
| EXCH2 IS | 50.00 | |
| EXCH3 IS | 100.00 | |
| *CASHIER * | ||
| O1CSR#11 | MAVER | |
| ORDER TL | ¥3220.10 | |
| PAID TL | ¥3220.10 | |
| AVE. | ¥536.68 | |
| GUEST | 36 Q | |
| CASH | 32 Q | |
| ¥3080.60 | ||
| CREDIT1 | 1 Q | Currency exchange 1 in drawer to be obtained |
| ¥24.50 | Total of entered (declared) exchange 1 in drawer | |
| EXCH1 | 2 Q | Difference |
| 150.00 | ||
| EXCH1 IS | 150.00 | |
| CCD DIF. | 0.00 | |
| DOM.CUR1 | ¥247.18 | |
| EXCH2 | 1 Q | |
| 50.00 | ||
| EXCH2 IS | 50.00 | |
| CCD DIF. | 0.00 | |
| DOM.CUR2 | ¥71.42 | |
| EXCH3 | 1 Q | |
| 100.00 | ||
| EXCH3 IS | 100.00 | |
| CCD DIF. | 0.00 | |
| DOM.CUR3 | ¥164.47 | |
| XXXXCID | ¥2712.53 | Cash in drawer to be obtained |
| CA/CH ID | ¥2712.53 | Cash/cheque in drawer to be obtained |
| CA/CH IS | ¥2712.53 | Total of entered (declared) cash/cheque in drawer |
| CCD DIF. | ¥0.00 | Difference |
| DIF, TL | ¥0.00 | Total of difference |
OVERRIDE ENTRIES
Programmed limit for functions (such as for maximum amounts) can be overridden by making an entry in the MGR mode.
Procedure
- Turn the mode switch to the MGR position.
- Make an override entry.
Example
On this example, the register has been programmed not to allow deduction entries over 2.00.
PrintKey operation

Turn the mode switch
to the MGR position.

Return the mode switch
to the REG position.


CORRECTION AFTER FINALIZING A TRANSACTION (AFTER GENERATING A RECEIPT)
When you need to void incorrect entries that cashiers cannot correct (incorrect entries that are found after finalizing a transaction or cannot be corrected by direct or indirect void), follow this procedure in the MGR mode.
- Turn the mode switch to the MGR position.
- Press the ∞ key to put your register in the VOID mode.
- Repeat the entries that are recorded on an incorrect receipt. (All data for the incorrect receipt are removed from register memory; the voided amounts are added to the void register totalizer.)


Cancellation receipt Incorrect receipt
Note
Your machine leaves the VOID mode whenever a transaction is canceled (i.e. finalized in the VOID mode.) To void additional transactions repeat steps 2. and 3. above.
PRIOR TO ENTRIES
1 Preparations for entries
Before registrations, insert the operator key into the mode switch and turn it to the REG position and check the following items:
■ Receipt and journal paper rolls
If the receipt and journal paper rolls are not set in the machine or there are low rolls, install new ones according to section "4. Installing and removing the paper rolls" under "OPERATOR MAINTENANCE."
■ Receipt ON/OFF function
You can disable receipt printing in the REG mode to save paper using the receipt function. To disable receipt printing, press the RCFT key in the OP X/Z position. This key toggles the receipt printing status ON and OFF. To check the receipt printing status, turn the mode switch to the OP X/Z position or press the CL key in the REG mode. When the function is in the OFF status, the receipt off indicator “_” illuminates.
Note
Your register will print reports regardless of the receipt state. This means that the receipt roll must be installed even when the receipt state is "OFF".
■ Cashier and clerk assignment
Prior to any item entries, cashiers must enter their cashier codes into the register, and may also be required to enter a clerk code. However, these code entries may not be necessary when the same cashier or clerk code is used in the next transaction.
Cashier codes and clerk codes are available in two variants: Variant 1, in which they are displayed (“-00-” to “-99-”), and Variant 2, in which they are not displayed (always “-00-”).
When the cashier or clerk code is assigned by the following procedure, the register prints the two-digit cashier code or clerk code (variant 2: “**”) and the cashier or clerk name both on the receipt and journal for every transaction.
Note
All of these settings depend on how the register has been programmed. For the selection of these settings, consult your local dealer.

Cashier assignment
■ Sign-on
![graph TD A["To display the signed-on cashier code"] --> B["Cashier code"] B --> C["CASH #"] D["Variant 1: (Code is displayed)"] --> E["→"] E --> F["Cashier code"] F --> G["CASH #"] H["Variant 2: (Code is not displayed)"] --> I["CASH #"] I --> J["Cashier code"] J --> K["CASH #"]](/content/2026/06/1310342/images/de1d7a03ac6f2327e9a1c61058188b5835c790dff13a20fcd939880076fce398.jpg)
■ Sign-off
The real cashier key system is also available. In this system put one of the 1 through 15 keys in the cashier switch to sign on. If you want to choose this system, consult your dealer.
Clerk assignment
■ Sign-on
![graph TD A["To display the signed-on clerk code"] --> B["Clerk code"] B --> C["CLERK #"] D["Variant 1 : (Code is displayed)"] --> E["→"] E --> F["CLERK #"] G["Variant 2 : (Code is not displayed)"] --> H["→"] H --> I["CLERK #"] J["CLERK #"] --> K["→"] K --> L["CLERK #"]](/content/2026/06/1310342/images/5b7b17d9bc02e53b535100413d9af77117818bf06d010d2a20f0bbad64b95f1d.jpg)
■ Sign-off
- On the current factory setting, only the entry of the cashier code is required. When cashier & clerk codes entries are desirable for your register, consult your dealer.
- If you want to enter cashier and/or clerk codes before every transaction, consult your dealer.
- For the display type selection of cashier code and clerk code, "Variant 1" has been preset. For the selection of "Variant 2," consult your dealer.
- Clerk can be changed during the transaction. Consult your dealer.
2 Error warning
In the following examples, your register will go into an error state accompanied with a warning beep and the error symbol “E” on the display. Clear the error state by pressing the CL key and take proper action. Please refer to the error code table on page 124.
- When you enter an over 32-digit number (entry limit overflow): Cancel the entry and re-enter a correct number.
- When you make an error in key operation: Clear the error and continue operation.
- When you make an entry beyond a programmed amount entry limit: Check to see if the entered amount is correct. If it is correct, it can be rung up in the MGR mode. Contact your manager.
- When an including-tax subtotal exceeds eight digits: Delete the subtotal by pressing the CL key and press the TL, CA2, CH1 through CH4, or CR1 through CR4 key to finalize the transaction.
ENTRIES
1 Item entries
■ Single item entries
Procedure
Department entries
Enter a unit price and press a department key. If you use a programmed unit price, press a department key only.
When using a programmed unit price
![graph TD A["(max. 7 digits)"] --> B["Department keyUnit price *"]](/content/2026/06/1310342/images/061cd5ea9b5d93e60a04a2939a1e0aa4ae0386dd3c34357779ce02c495ef6f21.jpg)
*Less than the programmed upper limit amounts

When those departments for which the unit price has been programmed as zero (0) are entered, only the sales quantity is added.
PLU entries (indirect PLU entries)
Enter a PLU code and press the PLU/SUB key.


When those PLUs for which the unit price has been programmed as zero (0) are entered, only the sales quantity is added.
Subdepartment (open PLU) entries
![graph LR A["Unit price* (max. 7 digits)"] --> B["AMT"] B --> C["PLU code"] C --> D["PLU/SUB"]](/content/2026/06/1310342/images/07e49d58cff0ada8cfa02eecf40693f89d9d88e5e29a12cde471c58179930ced.jpg)
*Less than the programmed upper limit amounts
PLU entries (direct PLU entries)
When using a programmed price
![graph LR A["Unit price (for subdept.)"] --> B["Direct PLU key"] B --> C](/content/2026/06/1310342/images/2d439cc43b8ad39032b2bcfbb49c1b5c9a5fb540c324966f2656740e2cda9719.jpg)



■ Repeat entries
You can use this function for entering a sale of two or more same items.
Example

PrintKey operation

■ Multiplication entries
Use this feature entry method when you need to enter two or more same items.
This feature helps when you sell a large quantity of items or need to enter quantities that contain decimals.
Procedure
![graph TD A["Q'ty"] --> B["Dept."] B --> C["×"] C --> D["Unit price"] D --> E["PLU/Sub"] C --> F["PLU code"] F --> G["PLU/SUB"] C --> H["Unit price"] H --> I["Direct PLU"] C --> J["Unit price"] J --> K["AMT"] K --> L["PLU code"] L --> M["PLU/SUB"] D -.-> N["Dept. entry"] F -.-> O["PLU entry (indirect…](/content/2026/06/1310342/images/afd433c64274d9202e74593fcf1a484cb6e77072a77bc27fa6d07959f7498ce5.jpg)
• Q'ty: Up to four digits integer + three digits decimal - Unit price: Less than a programmed upper limit • Q'ty x unit price: Up to seven digits
Example

PrintKey operation

■ Successive multiplication entries
This function is practical for example when you enter a sale of items sold by area (square meter).
Procedure
![graph TD A["Length"] --> B["⊗"] B --> C["Width"] C --> D["⊗"] D --> E["Unit price"] E --> F["Dept."] F --> G["Dept. entry"] D --> H["PLU code"] H --> I["PLU/SUB"] I --> J["PLU entry (indirect)"] D --> K["Unit price per m²"] K --> L["Direct PLU"] L --> M["PLU/subdept. entry (direct)"] K --> N["Unit p…](/content/2026/06/1310342/images/a9da6f2dbc41190d7db1dde9909e0cb9165ddf1e4805930a88662d2f51b9520b.jpg)
- Length or width: up to seven digits (4-digit integer + 3-digit decimal)
- Unit price: less than a programmed upper limit
- Length x Width x Unit price: up to seven digits (4-digit integer + 3-digit decimal)
Note
For actual use of this function, consult your dealer.
Example

PrintKey operation

■ Split-pricing entries
You will use this function when your customer wants to purchase items normally sold in bulk.
Procedure
![graph TD A["Selling q'ty Dept."] --> B["Base q'ty"] B --> C["×"] C --> D["Unit price per base q'ty"] D --> E["PLU code"] E --> F["PLU/SUB"] C --> G["Unit price per base q'ty"] G --> H["Direct PLU"] C --> I["Unit price per base q'ty"] I --> J["AMT"] J --> K["PLU code"] K --> L["PLU/SUB"] M["Only when…](/content/2026/06/1310342/images/99926b1b9f7e891fbe841059e7dde9cd4f463ffa39ca12f14e3436a5f0f9f3be.jpg)
- Selling quantity: Up to four digits integer + three digits decimal
- Base quantity: Up to two digits (integer)
Note
For actual use of this function, consult your dealer.
Example

PrintKey operation

■ Single item cash sale (SICS)/single item finalize (SIF) entries
SICS entries
- This function is useful when a sale is for only one item and is for cash; such as a pack of cigarettes. This function is applicable only to those departments that have been set for SICS or to their associated PLUs or subdepartments.
- The transaction is finalized and the drawer opens as soon as you press the department key, PLU/SUB key or the direct PLU key.
Example

PrintKey operation

Note
If an entry to a department or PLU/subdepartment set for SICS follows the ones to departments or PLUs/subdepartments not set for SICS, it does not finalize and results in a normal sale.
SIF entries
- If an entry to a department or PLU/subdepartment set for SIF follows the ones to departments or PLUs/subdepartments not set for SIF, the transaction is finalized immediately as a cash sale.
- Like the SICS function, this function is available for single-item cash settlement.
Example

PrintKey operation

Link PLU entries
Operation is the same as normal PLU's. The print of a link PLU entry on the receipt varies according to the PGM2 programming (#2616).
Printing detailed information
When a link PLU is entered, the linked PLUs total amount and text and their individual amounts are printed automatically.
Example


Printing leading link PLUs and total sales amount
When a link PLU is entered, only the leading link PLUs' text and the total sales amount (the sum of prices for PLU's which are included in the link PLU) are printed.
Example

PrintKey operation
Note
If a discount entry is made for a link PLU, the discount amount is calculated based on the total sales amount. The discount itself is given to the leading link PLU.
2 Displaying subtotals
Your machine provides the following two types of subtotals:
■ Normal subtotal
This is a subtotal which is displayed by pressing the ST key. When you press it, the subtotal of all entries which have been made is displayed and the symbol “ will light up in the display.
Example

PrintKey operation
Note
Subtotal will not be printed on a receipt on the current factory setting. If you want to print it, consult your dealer.
■ Difference subtotal (Differ ST)
This is a subtotal which is printed by pressing the DIFFER ST key. You can get two or more difference subtotals in one transaction.
When you press it first, the difference subtotal of all entries which have been made is displayed and printed. If you press it second, you will get the difference subtotal of entries which have been made after you last got it. Taxes are calculated each time you press the DIFFER ST key, and taxes and taxable subtotals are printed on the receipt according to the programming (job #2616).
Example

PrintKey operation
3 Finalization of transaction
■ Cash or cheque tendering
Press the ST key to get a subtotal, enter the amount tendered by your customer, then press the TL or CA2 key if it is a cash tender or press one of the CH1 through CH4 keys if it is a cheque tender. When the amount tendered is greater than the amount of the sale, your register will show the change due amount and the symbol "" will light up. Otherwise your register will show a deficit and the symbol "" will light up. Make a correct tender entry.
Example
Cash tendering

Print Key operation
Cheque tendering

Print Key operation
■ Mixed tendering (cheque + cash)
Example

Print Key operation
■ Cash or cheque sale that does not need any tender entry
Enter items and press the TL or CA2 key if it is a cash sale or press one of the CH1 through CH4 keys if it is a cheque sale. Your register will display the total sale amount.
Example

Print Key operation
Credit sale
Enter items and press the corresponding credit keys (CR1 through CR4).

Amount tendering operations (i.e., change calculations) can be achieved by the CR1 through CR4 keys when a PGM2 programming allows them.
■ Mixed-tender sale (cash or cheque tendering + credit tendering)

Note: Press one of the CH1 through CH4 keys or the CR1 through CR4 keys in place of the TL key when your customer makes payment in cheques or by credit account.
4 Computation of VAT (Value Added Tax)/tax
■ VAT/tax system
The machine may be programmed for the following six tax systems by your dealer.
Automatic VAT 1-6 system (Automatic operation method using programmed percentages)
This system, at settlement, calculates VAT for taxable 1 through 6 subtotals by using the corresponding programmed percentages.
Automatic tax 1-6 system (Automatic operation method using programmed percentages)
This system, at settlement, calculates taxes for taxable 1 through 6 subtotals by using the corresponding programmed percentages, and also adds the calculated taxes to those subtotals, respectively.
Manual VAT 1-6 system (Manual entry method using programmed percentages)


This system provides the VAT calculation for taxable 1 through 6 subtotals. This calculation is performed using the corresponding programmed percentages when the VAT key is pressed just after the ST key.
Manual VAT 1 system (Manual entry method for subtotals that uses VAT 1 preset percentages)
Procedure
![graph LR A["ST"] --> B["VAT rate"] B --> C["VAT"] D["To use a programmed rate"] --> B](/content/2026/06/1310342/images/d4f277afcc67f53878034f55a24bce41160f0dff92264c6638f4cfd5d33a8db5.jpg)
This system enables the VAT calculation for the then subtotal. This calculation is performed using the VAT 1 preset percentages when the VAT key is pressed just after the ST key. For this system, the keyed-in tax rate can be used.
Manual tax 1-6 system (Manual entry method using preset percentages)
Procedure

This system provides the tax calculation for taxable 1 through 6 subtotals. This calculation is performed using the corresponding programmed percentages when the VAT key is pressed just after the ST key.
After this calculation, you must finalize the transaction.
Automatic VAT 1-3 and automatic tax 4-6 system
This system enables the calculation in combination with automatic VAT 1 through 3 and automatic tax 4 through 6. The combination can be any of VAT1 through VAT3 corresponding to taxable 1 through taxable 3 and any of tax 4 through 6 corresponding to taxable 4 through taxable 6 for each item. The tax amount is calculated automatically with the percentages previously programmed for these taxes.
Note
- A PLU not programmed for any of the tax statuses is registered depending on the tax status of the department which the PLU belongs to.
- VAT/tax assignment is printed at the fixed right position near the amount on the receipt as follows:
VAT1/tax1 A
VAT2/tax2 B
VAT3/tax3 C
VAT4/tax4 D
VAT5/tax5 E
VAT6/tax6 F
When the multiple VAT/tax is assigned to a department or a PLU, a smaller number of the VAT/tax will be printed. For details, contact your authorized SHARP dealer.
Example
(When the manual VAT 1-6 system is selected)

PrintKey operation

■ VAT shift entries
This feature is intended to shift the tax status of a particular department (or PLU) programmed for taxable 1 or taxable 1 and taxable 3.
- When the VAT shift entry is made for a particular department or PLU programmed for taxable 1, their tax status shifts to taxable 2.
- When this entry is made for a particular department (or PLU) programmed for taxable 1 and taxable 3, the tax status "taxable 1" remains unchanged, but the other "taxable 3" is ignored.
Procedure
Press the VAT SHIFT to activate the VAT shift prior to entering department(s) or PLU(s) concerned.
Example
(When the manual VAT 1-6 system is selected.)

PrintKey operation

5 Auxiliary entries
■ Percent calculations (premium or discount)
- Your register provides the percent calculation for the subtotal or each item entry depending on the programming. • Percentage: 0.01 to 99.99%
Percent calculation for the subtotal
Example

PrintKey operation

Percent calculation for item entries
Example
(When a premium of 15% is programmed for the %2 key)

PrintKey operation
■ Deduction entries
Your register allows you to deduct a certain amount less than a programmed upper limit after the entry of an item or the computation of subtotal depending on the programming.
Deduction for the subtotal
Example

PrintKey operation
Deduction for item entries
Example

PrintKey operation
■ Refund entries
If a refund item is the one entered into a department, enter the amount of the refund, then press the RF key and the corresponding department key in this order; and if an item entered into a PLU is returned, enter the corresponding PLU code, then press the RF and PLU/SUB keys, or press the RF and direct PLU keys without entry of PLU code, in this order.
Example

PrintKey operation

■ Printing of non-add code numbers
Enter a non-add code number such as a customer's code number and credit card number within a maximum of 16 digits and press the # key at any point during the entry of a sale. Your register will print it at once.
Example

PrintKey operation

6 Payment treatment
■ Currency exchange
Your register allows payment entries of foreign currency. Pressing one of the EX1 through EX4 key creates a subtotal in foreign currency. Cash alone can be handled after currency exchange.
Procedure
For an additional payment in foreign currency![graph TD A["After an entry is completed or After the amount tendered is found smaller than the sales amount in a sales entry"] --> B["Preset exchange rate"] B --> C["EX1"] B --> D["EX2"] B --> E["EX3"] B --> F["EX4"] G["*Exchange rate"] --> H["REentry"] H --> I["CL"] I --> J["Next registration or pa…](/content/2026/06/1310342/images/ccefe9de72d60aaf87ece3a611550e472d170328d3abd0eeb8f1d70ed6a020d6.jpg)
*Exchange rate: 0.000000 to 999.999999
Note
When the amount tendered is short, the deficit is shown in domestic currency.
Example
Preset exchange rate (0.6068) - EX1
PrintKey operation
Manual exchange rate - EX4 (The EX4 key can be used only for the manual entry of an exchange rate.)

PrintKey operation
■ Received on account entries
Procedure![graph LR A["Amount (max. 8 digits)"] --> B["RA or RA2"] B --> C["TL or CA2"] B --> D["CH1 through"] B --> E["CR1 through"]](/content/2026/06/1310342/images/fa1bec6ae64f215b55c7bd825820bd93682b331777fd870d8415ab4dce8aaf28.jpg)
Example

PrintKey operation
■ Paid out entries
Procedure![graph LR A["Amount (max. 8 digits)"] --> B["PO or PO2"] B --> C["TL or CA2"] B --> D["CH1 through CH4"] B --> E["CR1 through CR4"]](/content/2026/06/1310342/images/1be1f35d8dd29fe2c5d9a30cd3e3886c3969a71499a7cd37403d85bf87933eca.jpg)
Example
PrintKey operation


■ No sale (exchange)
Simply press the NS key without any entry. The drawer will open and the printer will print "NO SALE" on both the journal and the receipt. If you let your machine print a non-add code number before pressing the NS key, a no sale entry is achieved with a non-add code number printed.
0000000000045678
NO SALE
■ Cashing a cheque
Enter the cheque amount, then press one of the CH1 through CH4 key.
Procedure
![graph LR A["Non-add code number"] --> B["#"] B --> C["Cheque amount"] C --> D["CH1"] D --> E["through"] E --> F["CH4"]](/content/2026/06/1310342/images/179f278eaeddb0c2b0fbe65fcce2ff9b46e4167a7afafb2275c1ced1b021b345.jpg)
Example

PrintKey operation

7 Automatic sequencing key (AUTO key) entries
You can achieve a programmed transaction simply by pressing a corresponding automatic sequencing key.
Example

PrintKey operation



CORRECTION
1 Correction of the last entry (direct void)
If you make an incorrect entry relating to a department, PLU/subdepartment, percentage (%1 through %4), deduction (⊖ through Θ4) or refund, you can void this entry by pressing the ∞ key immediately after the incorrect entry.
Example

2 Correction of the next-to-last or earlier entries (indirect void)
With the ∞ key, you can void any incorrect positive department or PLU/subdepartment entry made during a transaction if you find it before finalizing the transaction (e.g. pressing the TL key). This function is applicable to plus department and PLU/subdepartment entries only.
Example
![graph TD A["Correction of a department entry"] --> B["Correction of a PLU entry (direct PLU)"] B --> C["Correction of a PLU entry (indirect PLU)"] C --> D["58 ∞"] D --> E["1310 6 PLU/SUB"] D --> F["1755 7"] D --> G["10"] G --> H["8 PLU/SUB"] G --> I["58"] I --> J["825 7"] I --> K["∞ 6"] I --> L["∞"]…](/content/2026/06/1310342/images/f2a17d47269ca05bf0d89b39c408fe764de712f1bd2a809f4d6edb5b87260a89.jpg)
Print Key operation

3 Subtotal void
You can void an entire transaction. Once subtotal void is executed, the transaction is aborted and the register issues a receipt.
Example

Print Key operation

4 Correction of incorrect entries not handled by the direct or indirect void function
Any errors found after the entry of a transaction has been completed or during an amount tendered entry cannot be voided. These errors must be corrected by the manager.
The following steps should be taken:
- If you are making the amount tendered entry, finalize the transaction.
- Make correct entries from the beginning.
- Hand the incorrect receipt to your manager for cancellation.
SPECIAL PRINTING FUNCTIONS
1 Copy receipt printing
If your customer wants a receipt after you have finalized a transaction with the receipt function being in the "OFF" status (no receipting), press the RCPT key. This will produce a receipt. Your register can also print a copy receipt when the receipt function is in the "ON" status.
Note
Pressing the RCPT key in the OP X/Z mode before registration toggles the status "ON" and "OFF".
Example
Printing a copy receipt after making the entries shown below with the receipt function being in the "OFF" status
PrintKey operation

When the receipt function is in the "ON" status and you press the RCPT key to make a second copy

2 Guest check copy
You can use this function when you want to take a copy of guest check.
Press the GC COPY key and make a desired entry.
Procedure
![graph LR A["GC COPY"] --> B["Item entries"] B --> C["Finalization"] C --> D["RCPT"] D --> E](/content/2026/06/1310342/images/15e82c9b1a2abfb3638c444708bb44ea8203db2182866488aa25a27332859dc7.jpg)
When the receipt ON/OFF function is in the "OFF" status
Note
The guest check copy has nothing to do with the memory.
Example

PrintKey operation

3 Validation printing function
Your cash register can perform a validation printing.
■ Validation slip setting and printing
Insert a validation slip into the printer with its printed face to the front of the machine (see the figure below), then press the VP key.

Note
To insure proper validation, insert the slip securely until it stops.
■ Validation printing examples
Validation printing of item entries
Example
- Department entry

- PLU entry
31/08/98
11:16:35
PL000001
¥10.00
• Deduction entry (⊖ through ⊖ 4)
31/08/98
11:16:26
(一)1
-10.00
- Refund entry
31/08/98
11:16:32
DFT.06
R-2.50
- Item percent entry (%1 through %4)
31/08/98
11 16:32
1
-1.91
- Void entry
31/08/98
11 16:32
DPT.06
n-12.50
Validation printing after the finalization of a transaction

Transaction symbol Amount
TL or CA2 key Transaction symbol Amount - When an amount tendered entry is made TOTAL Sales amount - When no amount tendered entry is made CH1 to CH4 key - When an amount tendered entry is made - When no amount tendered entry is made - When a check cashing operation is made CA/CHK Amount tendered CR1 to CR4 key CREDIT1 to CREDIT4 Sales amount RA key RA Amount received on account *** RA2 key RA2 Amount received on account *** PO key PO Amount paid out *** PO2 key PO2 Amount paid out *** AL Sales amount CASH or CASH2
Sales amount
CHECK or CHECK2 to CHECK4 Amount tendered CHECK or CHECK2 to CHECK4 Sales amount
Validation printing of the training mode

Training mode symbol
Note
- When you make an entry for which compulsory validation printing has been programmed, the “U” will light up in the display. Carry out the validation printing successively until the “U” goes off (or by the programmed number of times) while replacing validation slips. You cannot proceed to any further entry unless this printing is completed.
- Programmed compulsory validation printing can be overridden by performing the following operation depending upon your initial program setup.
- Turn the mode switch to the "MGR" position.
- oxedullet → oxedVP
■ Validation slip specification
Make validation slips according to the following specification. The use of any slips other than specified causes the printer to malfunction.
• Type of paper: plain paper • Paper thickness: 0.07 to 0.14 mm • Paper width: 130 mm or more • Paper height: 70 mm or more - Print position

4 Printing of the employee arrival and departure times
The register allows the cashier to print the employee arrival and departure times, etc. using the validation printing function.
- Turn the mode switch to the "OP X/Z" position.
- Put a card into the paper chute and perform the following key operation.
- Arrival time
Numeric key 1 → VP
- Departure time
Numeric key 2 → vP
- Sample printout

OVERLAPPED CASHIER ENTRY
This function allows you to switch from one cashier to another and to interrupt the first cashier's entry. So the second cashier can do his or her entry in this mode. For actual use of this function, consult your dealer.
Example
Cashier 1: Entry started
Cashier 2: Cashier change (1 to 2), interrupt initiated
Cashier 2: Transaction finished (2)
Cashier 1: Cashier change (2 to 1), entry restart
Note
- When the cashier and clerk system is applied for your register, you cannot operate the overlapped cashier entry.
- The overlapped cashier entry is not effective while the tendering sale is going on.
- If any cashier is still making an entry (or has not finalized the transaction yet), the machine does not run in any mode other than REG and MGR and can print no X/Z reports. The error code "E22" and the corresponding cashier code(s) are displayed at this time.
- Cashier 1 is assigned.

- Cashier 2 is assigned.

- Cashier 1 is assigned.

CommentsKey operation
The entry by cashier 1 is started.
The entry by cashier 2 is started.
(The entry by cashier 1 is interrupted.)
The transaction by cashier 2 is finalized.
The entry by cashier 1 is restarted.
The transaction by cashier 1 is finalized.
1 In case of power failure
When power is lost, the machine retains its memory contents and all information on sales entries.
- When power failure is encountered in register idle state or during an entry, the machine returns to the normal state of operation after power recovery.
- When power failure is encountered during a printing cycle, the register prints “======” and then carries out the correct printing procedure after power recovery. (See the sample print.)

2 In case of printer's motor locking
If the printer's motor happens to lock, the printing stalls, and the register will continuously start an intermittent beeping tone. If this occurs, please follow the procedure below.
- Unplug the power cord from the outlet.
- Ensure the printer is clear of any obstructions (e.g., paper jams, etc.).
- Plug the power cord into the outlet. The following format appears in the display.
- Feed the receipt and journal paper to the proper position.
- Press the CL key.
- The register prints the power failure symbol and continues printing.
“——”
3 Paper roll near-end sensing function (only for the journal paper)
When the journal paper roll comes near the end or is not loaded, the machine senses this condition and sounds an alarm, displaying the error code "E04". At this time, clear the alarm with the CL key and replace the paper roll as soon as possible. The following entry can be made after clearing the alarm. However, since this function works each time one transaction is completed, the alarm sound will be emitted again as the following transaction is completed unless the paper roll is replaced.
- The sensing position depends upon the size of the paper tube. Therefore, it is advisable to use paper rolls - whose paper tube is 18 mm in O.D. and 12 mm in I.D. - specified by SHARP.
- If the sensing occurs too early or late, contact your dealer.

4 Installing and removing the paper roll
■ Recording paper specifications
Be sure to use paper rolls specified by SHARP.
The use of any other paper rolls than specified could cause paper jamming, resulting in register malfunction.
Paper specification
Paper width: 44.5 ± 0.5 mm
Max. outside diameter: 80 mm
Weight: 52.3 — 64.0 g/m
Quality: bond paper
Paper tube: 18 mm
- Be sure to set paper roll(s) prior to using your machine, otherwise it may cause a malfunction.
Install the paper roll in the printer. Be careful then to set the roll and cut the paper end correctly.
(How to set the paper roll) (How to cut the paper end)



Paper release lever
Receipt side Journal side
To release the paper, press the paper release lever down. It is also used for removing a paper jam. The method for removing a paper jam is described in "Removing a paper jam" later in this section.
Installing the paper roll
Installing the receipt paper roll

- Turn the mode switch to the "REG" position with the AC cord connected.
- Remove the printer cover.
- Set the paper roll correctly and drop it into the printer.
- Press the receipt paper release lever down and insert the paper end into the paper chute of the printer.
- Pull the paper end that has come out of the printer, holding down the lever.
- Advance the paper by a required length by pressing the receipt paper feed key.
- Replace the printer cover.
Installing the journal paper roll

- Turn the mode switch to the "REG" position with the AC cord connected.
- Remove the printer cover.
- Set the paper roll correctly and drop it into the printer.
- Press the journal paper release lever down, insert the paper end that has come out of the printer into the slit in the paper take-up spool, wind it two or three turns around the spool shaft.
- Set the spool on the bearing.
- Replace the printer cover.

Make sure the ink ribbon cassette has been mounted on the printer when installing the receipt paper roll or the journal paper roll.
■ Removing the paper roll
When a red dye appears on the paper roll, it is time to replace the existing paper roll. Replace the paper roll with a new one.
Removing the receipt paper roll

- Remove the printer cover.
- Press and hold the receipt paper release lever down and remove the existing paper roll from the paper roll location.

Be sure to pull the roll in the direction of the arrow.
Removing the journal paper roll

- Remove the printer cover.
- Press the journal paper feed key to advance the paper by several lines and then cut it.

- Press and hold the journal paper release lever down and remove the existing paper roll from the paper roll location.
Note
Be sure to pull the roll in the direction of the arrow.

- Remove the paper roll from the take-up spool.
■ Removing a paper jam
- Remove the printer cover.
- Pressing the receipt and journal paper release levers at the same time, lift part Ⓐ up. (See the drawing below.)
- Remove the paper jam.
- Replace part gently.
- Reset the paper roll correctly following the steps shown in "Installing the paper roll".
- Replace the printer cover.


5 Installing the ink ribbon cassette

- Remove the printer cover.
- Rotate the knob on the ink ribbon cassette in the direction of the arrow to stretch the ribbon tight.

- Put the ink ribbon cassette in the location indicated in the figure at left and fix it by using the right and left guides.
- Rotate the knob two or three turns in the direction of the arrow to make sure it rotates smoothly. Also, make sure the ribbon is not folded.

- To remove the cassette, lift it up.
Precautions:
- Be sure to use an ink ribbon cassette specified by SHARP. The use of any ink ribbon cassettes other than specified could cause troubles in the printer.
• After opening the parcel, be careful not to make the surface of the ink ribbon dirty, and install it soon.
- If you preserve the ink ribbon cassette for a long time, the ink will be dry and the ink ribbon cassette's life will be shortened. Please use it soon. If you do not use it soon, put it in an airtight receptacle and preserve it in a cool and dark place.
6 Removing the till and the drawer
The till in the register is detachable. After closing your business for the day, remove the till from the drawer and keep the drawer open. The coin case is also detachable from the till. To detach the drawer, pull it forward fully with the till removed, and remove it by lifting it up.


7 Opening the drawer by hand
The drawer automatically opens in the usual way. However, when power failure is encountered or the machine becomes out of order, slide the lever located on the machine bottom toward the rear. (See the figure below.) The drawer will not open, if it is locked with a drawer lock key.

8 Installing the fixing angle bracket
To prevent the register from moving when the drawer opens, the fixing angle bracket is supplied with the register. By attaching the bracket to the table where the register is installed, you can hook the register on this bracket and secure the register to its position.
How to install the fixing angle bracket

- Thoroughly clean the location where the fixing angle bracket (B) is to be placed.
- Peel off the adhesive tape on the fixing angle bracket.
- Hook the angle bracket onto the hook (A) that is located at the bottom rear of the register.
- Firmly stick the fixing angle bracket to the table surface that you cleaned above.
How to remove the register from the fixing angle bracket

- Lift up the front of the register and pull the register towards you.
9
Before calling for service
The malfunctions shown in the left-hand column below, labeled "Fault," do not necessarily indicate functional faults of the machine. It is therefore advisable to refer to the "Checking" shown in the right-hand column before calling for service.
| Fault | Checking |
| (1) The display won't be illuminated even when the mode switch is turned to any other position than " ¤". | • Is power supplied to the electric outlet?• Is the power cord plug out or loosely connected to the electrical outlet? |
| (2) The display is illuminated, but the whole machine refuses registrations. | • Is a cashier code assigned to the register?• Is a clerk code assigned to the register?• Is the mode switch set properly at the "REG" position? |
| (3) No receipt is issued. | • Is the receipt paper roll properly installed?• Is there a paper jam?• Is the receipt function in the "OFF" status? |
| (4) No journal paper is taken up. | • Is the take-up spool installed on the bearing properly?• Is there a paper jam? |
| (5) Printing is unusual. • Is the ink ribbon cassette installed properly?• Is the ink ribbon life completed? | |
■ Error code table
When the following error codes are displayed, press the CL key and take a proper action according to the table below.
| Error code | Error status Action | |
| E01 | Registration error Make a correct key entry. | |
| E02 | Misoperation error Make a correct key entry. | |
| E03 | Undefined code is entered. Enter a correct code, or declare it by the programming. | |
| E04 | Paper empty Replace a journal paper roll with a new one. | |
| E05 | Secret code error Enter a correct secret code. | |
| E07 | Memory is full. Expand the file within a capacity of memory. | |
| E11 | Compulsory depression of the ST key for direct Press the ST key and continue the operation. finalization | |
| E12 | Compulsory tendering Make a tendering operation. | |
| E22 | Overlapped cashier error | |
| E23 | Cashier resetting over error | |
| E31 | Compulsory non-add code entry Enter a non-add code. | |
| E32 | No entry of your cashier code Make a cashier code entry. | |
| E33 | The current cashier code should not be changed. Change a cashier after finalizing the transaction. | |
| E34 | Overflow limitation error Make a registration within a limit of entry. | |
| E35 | The open price entry is inhibited. Make a preset price entry. | |
| E36 | The preset price entry is inhibited. Make an open price entry. | |
| E37 | The direct finalization is inhibited. Make a tendering operation. | |
| E39 | Power-off during validation printing Print a validation again. | |
| E58 | Undefined clerk code is entered Enter a correct clerk code | |
| E67 | Registration buffer is full. | |
| E76 | The drawer is still opened. Close the drawer. |
LIST OF OPTIONS
For your register, the following options are available.
For details, contact your dealer.
•RAM memory chip model ER-03RA •Remote drawer model ER-05DW •Till model ER-58CC and till cover model ER-03CV •EFT interface board model ER-01EF •Key kit models
By using the following key kits, you can change the keyboard layout of your register including the expansion of the number of departments.
ER-11KT7: 30 regular size key kits
ER-12KT7: 30 1 x 2 size key kits
ER-22KT7: 10 2 x 2 size key kits
ER-11DK7G: 30 regular size dummy key kits
ER-51DK7G: 10 5 x 1 size dummy key kits
SPECIFICATIONS
Model: ER-A440
Dimensions: 355 (W) x 424 (D) x 308 (H) mm
Weight: 13.5 kg
Power source: Official (nominal) voltage and frequency
Power consumption: Stand-by 11.5W
Operating 42W (max.)
Working temperature: 0°C to 40°C
Electronics: LSI (CPU) etc.
Built-in battery: Rechargeable battery, memory holding time about 1 month
(with fully charged built-in battery, at room temperature)
Display:
Operator display: 7-segment display (10 positions)
Customer display: 7-segment display (7 positions)
Printer:
Type: 2-station serial dot-matrix (7 x 7 font) printer
Printing speed: Approx. 3.0 lines/second
Printing capacity: 24 digits each for receipt and journal paper
Other functions: • Logo message function
- Receipt (ON-OFF) function, journal selective function
- Receipt and journal independent paper feed function
- Validation printing function
Ink ribbon: Color: Purple (single color)
(Cassette type) Width: 13 mm
Length: 9 meters
Paper roll: Width: 44.5 ± 0.5 mm
Max. diam.: 80 mm
Weight: 52.3 - 64.0 g/m² (bond paper)
Cash drawer: 5 slots for bill and 8 for coin denominations
Accessories: Manager key 2
Submanager key 2
Operator key 2
Drawer lock key 2
Ink ribbon cassette 1
Paper roll 2
Take-up spool 1
Fixing angle bracket 1
Instruction manual 1 copy
FOR CUSTOMERS IN U.K.
IMPORTANT
The wires in this mains lead are coloured in accordance with the following code:
BLUE:
Neutral
BROWN:
Live
As the colours of the wires in the mains lead of this apparatus may not correspond with the coloured markings identifying the terminals in your plug proceed as follows.
The wire which is coloured BLUE must be connected to the terminal which is marked with the letter N or coloured black.
The wire which is coloured BROWN must be connected to the terminal which is marked with the letter L or coloured red.
The apparatus must be protected by a 3A fuse in the mains plug or distribution board.
CAUTION: DO NOT CONNECT THE LIVE (BROWN) WIRE OR THE NEUTRAL (BLUE) WIRE TO THE EARTH TERMINAL OF YOUR 3-PIN MAINS PLUG.
Environment Protection
The device is supported by a battery. To dispose the battery safely to protect the environment, please note the following points:
• Take the used battery to your local waste depot, dealer or customer service centre for recycling. - Do not throw the used battery into fire, into water or into the household waste!































