EPM-07-DIN - Uncategorized ENTES - Free user manual and instructions

Product Type	Network Analyzer
Model	EPM-07-DIN (EPM-07/EPM-07S)
Brand	ENTES
Operating Voltage (L-N)	10-300 V AC
Operating Voltage (L-L)	10-500 V AC
Frequency	45-65 Hz
Auxiliary Supply Power	< 4 VA
Measuring Input Power	< 1 VA
Current Measuring Range (Direct)	0.05 - 5.5 A
Current Measuring Range (with CT-25)	2 - 120 A
Accuracy Class	1% ± 1 digit
Current Transformer Ratio	1 - 2000 (programmable)
Voltage Transformer Ratio	0.1 - 4000.0 (programmable)
Demand Time	1 - 60 minutes (programmable)
Serial Interface	MODBUS RTU (RS485) - EPM-07S only
Pulse Output	NPN transistor, max 50 mA, 5-24 V DC
Ambient Temperature	-5°C to +50°C
Display	Red LED, 4 digits
Weight	0.54 kg (PR-19) / 0.50 kg (PK-26)
Protection Class	Class II, IP40 (front panel)
Mounting	Panel mount (PR-19) or DIN rail mount (PK-26)
Wire Cross-Section	2.5 mm²
Fuse Recommendation	Type F, max 1 A
Cleaning	Dry cloth only, no solvents

Frequently Asked Questions - EPM-07-DIN ENTES

What is the operating voltage range of the EPM-07-DIN?

The operating voltage range is 10-300 V AC for phase-to-neutral (L-N) and 10-500 V AC for phase-to-phase (L-L).

How do I set the current transformer (CT) ratio?

Press SET for 3 seconds to enter programming. Navigate to trA Fo menu, then Ctr. Enter the ratio using UP/DOWN buttons and confirm with SET. Finally, save by pressing ESC until SAU E SET yES appears and press SET.

Can I use any current transformer with this device?

For CT-25 compliant models, only the CT-25 current transformer must be used. Other types may damage the device. For standard models, any CT with appropriate ratio can be used, but the ratio must be set correctly.

How do I reset min, max, and demand values?

In the RESET menu, select RESE1 HL to reset min/max values of all parameters, or rES Et to reset energy counters. Confirm by selecting yES when prompted.

What communication protocols are supported?

The EPM-07S model supports MODBUS RTU via RS485. Baud rates from 2400 to 38400 bps can be selected, with parity options: no, odd, or even.

How do I enable the user password?

Go to Pin menu, select Pin ACT IUA E, enter the desired 4-digit password, confirm, and save. Once enabled, the password is required to access programming.

What are the specifications of the pulse outputs?

There are two NPN transistor pulse outputs. They can handle max 50 mA and operate at 5-24 V DC. The pulse ratio and energy parameter (active/reactive import/export) are programmable.

How many energy counters does the device have?

The EPM-07/07S has two energy counters (E-1 and E-2). They can be configured to count continuously or based on digital input states.

What is the ambient temperature range for operation?

The device operates reliably in ambient temperatures from -5°C to +50°C.

How should I clean the EPM-07-DIN?

Clean only with a dry cloth. Do not use solvents or abrasive cleaners, as they may damage the device.

USER MANUAL EPM-07-DIN ENTES

Operating Voltage (Un)

Operating frequency (1)

Auxiliary supply Power Consumption: < 4 VA

Measuring Input Power Consumption

V_in (True RMS)

In(True RMS)

Measuring Range

Class

Voltage Transformer Ratio (Vtr)

Current Transformer Ratio (Ctr)

Max. Ctr x Vtr

Demand Time

Serial Interface (for EPM-07S)

Baud Rate (for EPM-07S)

Address (for EPM-07S)

Parity (for EPM-07S)

Pulse Output

Switch Period

Operation Current

Operation Voltage

input

Ambient Temperature

Display

Dimensions

Equipment Protection Class

Box Protection Class

Box Material

Installation

Wire Crossection (for terminal)

Weight

Installation Category

Please look behind the device.

45-65 Hz

< 4 VA

<1VA

10-300 V AC 45-65 Hz. (L-N)

10-500 V AC 45-65 Hz. (L-L)

0.05 - 5.5 A-

2-120 A-(for CT-25)

10V...200 KV AC

0...215 M (W,V,N,VA)

99999999999.9 kWh, kVAch

1% ± 1 digit [(10%-110%) xFull Scale]

0.1 ... 4000,0

1,2000

40.000

1-60 min. (programmable)

MODBUS RTU (RS 485)

Optically Isolated, programmable

2400-38400 bps

1-247

No, Odd, Even, 8 Data bits, 2 Stop Bits

NPN Transistor

Min. 100 msec pulse period

Max. 50 mA

5...24 V DC, max. 30 VDC

12.48 V AC / DC

-5℃: +50℃

Red LED Display

PR-19, PK-26

Double Insulation-Class II (回)

IP 40 (front panel)

Non-flammable

Panel Mounted (PR-19)

Rail Mounted (PK-26)

2.5 mm²

0.54 kg (PR-19)

0.50 kg (PK-26)

Class III

Factory Settings

•

Trafo (Transformer) :

Ctr (Current Transformer Ratio) : 0001

lm (Turn number for CT-25 device) : 01

Utr (Voltage Transformer Ratio) : 0001.0

CAL (Calculation Method):

Pin : 0000 (Not Activated)

RS-485:

Adr (Address) : 1

E-1 (Energy Counter 1): on

E-2 (Energy Counter 2) : on

PULSE :

rAt 10 (Ratio) : 1

0-1 (Output 1): A+

o-2 (Output 2) : r-L

dEti (Demand Time): 15

Precautions For Installation and Safe Use

In CT-25 (120A) compliant models, only CT-25 current transformer must be used.

Other type of CT's have a high risk to damage to device

Failure to follow those instructions will result in death or serious injury.

- Disconnect all power before working on equipment. When the device is connected to the reberry, do so

- Do not try to clean the device with solvent or the like Only clean with dry cloth

- Verify correct terminal connections when wiring

- Electrical equipment should be serviced only by your component seller. - No responsibility is assumed by manufacturer or any of its subsidiaries for

- Only for rack panel mounting.

- Fuse must be F type and limit value doesn't exceed 1A.

No responsibility is assured by the manufacturer or any of its subsidiaries for any consequences arising out of the use of this material.

ENTES Elektronik Cihazlar İmalat ve Ticaret A.S.

Address: Dudullu OSB; 1. Cadde; No: 23 34775 Umraniya - ISTANBUL / TURKEY

Tel: [phone] Fax: [phone] www.entes.com.ir

NETWORK ANALYZER EPM-07 / EPM-07S

General

EPM-07/07S is a microprocessor based device which was developed for measuring the parameters in an electrical network. Measured parameters are displayed in 4 displays separately. EPM-07S has a MOOBUS serial communication interface.

graph TD
    A["Phase Displays"] --> B["Total and Hz Display"]
    B --> C["UP button"]
    C --> D["DOWN button"]
    D --> E["ESC"]
    E --> F["ESG button"]
    E --> G["Max LED"]
    E --> H["SEL button"]
    E --> I["Minimum LED"]
    E --> J["Demand LED"]
    A --> K[L1 L2 L3 L4 L5 L6 L7 L8 L9 L10 L11 L12 L13 L14 L15 L16 L17 L18 L19 L20 L21 L22 L23 L24 L25 L26 L27 L28 L29 L30 L31 L32 L33 L34 L35 L36 L37 L38 L39 L40 L41 L42 L43 L44 L45 L46 L47 L48 L49 L50 L51 L52 L53 L54 L55 L56 L57 L58 L59 L60 L61 L62 L63 L64 L65 L66 L67 L68 L69 L70 L71 L72 L73 L74 L75 L76 L77 L78 L79 L80 L81 L82 L83 L84 L85 L86 L87 L88 L89 L90 L91 L92 L93 L94 L95 L96 L97 L98 L99 L100
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333
    style E fill:#ffc,stroke:#333
    style F fill:#fcc,stroke:#333
    style G fill:#fcc,stroke:#333
    style H fill:#fcc,stroke:#333
    style I fill:#fcc,stroke:#333
    style J fill:#fcc,stroke:#333

Using of EPM 07/07S:

Parameters (Vac, VU, A, W, VA, VA, Comp, KW), KVAm

) are monitored in L1, L2, L3 displays by pressing UP/DOWN buttons. Total Active (SW), Total Reactive Power (SVA), Total Apparent Power (SVA) and Frequency (Hz) values and average values of these parameters are monitored in 4th display.

Note: Vis or Vis should be selected for displaying the frequency value. Digital Inputs

EPM-07/07S has 2 digital inputs. Digital inputs have 2 functions. - When a remote device has activated, situation of this device which is connected to the digital input, can be monitored according to data register (Battery, thermostat, circuit breaker and motor position).

- When the digital inputs have activated in Energy Count menu, device will control the Energy Counters (Example: It is used for measuring of energy separately at the using of network and generator).

Energy Pulse Outputs

EPM-0707S has 2 Energy Pulse Outputs. These outputs give the pulses only for E-1 (Energy Counter).

Pull and Pull2: In "o-1 (Pulse1)", "o-2 (Pulse2)" menus which are in the pulse menu. Device give pulse according to selected energy parameters as [Active energy (ACI, A-I, A-E). Reactive energy (rEA, r-L, r-C)].

Please refer to the pulse menu for the coefficients of energies.

Monitoring Min. • Max. and Max. Demand Values:

Min. and Max. values are defined for VA, VA, A, W, VAR, VA, EW, EVAR, EVA. Demand values are defined for A, W, VAR, VA, EW, EVA, EVA. If measured instant value is smaller than min. value which was stored before, it is stored as new min. value. If measured instant value is greater than max. value which was stored before, it is stored as new max. value. Demand value is the average value of the measured values in demand time (15 minutes).

If one of defined parameters is displayed (i.e. "W") when demand button is pressed min., max or max. demand values are displayed. When an undefined parameter is displayed (i.e. "Casp") if demand button is pressed, instant value is continued to display.

H-L-M LEDs

HLM LEDs are dedicated to displaying the min., max. and max. demand values according to selected parameters.

H: Maximum Value, L: Minimum Value, M: Max. Demand Value

Calculation Methods for Active / Reactive Power Values

If the LED on the most right side blinks it represents that active power's / reactive power's direction is negative.

There are two methods for calculating total active and total reactive powers: 1) Active / Reactive power can be calculated by summing import and export values and displaying as a single value.

2) Active / Reactive power can be calculated according to direction as import / export.

1) The dot at the most right digit of the fourth display (During W is displayed) represents that displayed value is export active power value. Vice versa, displayed value is import active power value.

2) The dot at the most right digit of the fourth display (During EVAr is displayed) represents that displayed value is capacitive reactive power value. Vice versa, displayed value is inductive reactive power value. 3) The displayed parameter will not change if power is off after 30 seconds of stand by (io. 19).

at stand-by (to. W).

Measured Parameters:

V1 (Phase Voltage)	Cov	Hr (Frequency)
V2 (Phase to Phase Voltage)	AI (MHz) (Import Active Energy)	Ir (Neutral Current)
A (Phase Current)	AE (MHz) (Export Active Energy)	2.0V (Total Active Power)
B (Active Power)	f1(0.4V) (Import Reactive Energy)	2.0V (Total Reactive Power)
Wt (Reactive Power)	g(0.4V) (Export Reactive Energy)	2.0V (Total Apparent Power)
VA (Apparent Power)

FUNCTIONS OF BUTTONS

In the monitoring mode, it is used to pass between (Vx. Vt., A. W. VAr, VA, Cosp. KWh, kVarh) parameters. At the programming mode, it provides to increase value of desired parameter and pass to the next menu.

In the monitoring mode, it is used to pass between (VLN, VLL, A, W, VAr, VA, Cosφ, kWh, kVath) parameters.

At the programming mode, it provides to decrease value of desired parameter and pass to the provides menu.

It is used for passing between the instant values such as. When it is pressed for 3 seconds, programming mode is entered. In the programming mode it is used for saving parameters and moving the sub menu.

In displaying mode, it is used for, passing the instant values which are displayed for min., max. and demand values in displaying mode, turn back to the previous menu turn back to the previous digit, when changing the numerical values and quitting the programming mode without saving.

If user password is activated and set button is pressed for 3 seconds, a pin code is required in order to enter to the menu. Current Transformer Ratio Setup

trR (This menu is not available in the devices which are adapted with CT-25.)

In this menu, current transformer ratio is set between 1 - 2000. Note: If the current transformer is not used between the system and EPM-07/07S, current transformer ratio is entered as '1'. Example: If a current transformer which has a ratio of 250/5A is used between the system and EPM-07/07S. Current transformer ratio is entered as '250/05A'.

SET Press SET button for 3 seconds (tA Fo menu is displayed)

Press SET button: trA Fo Otr menu is displayed (In CT-25 adapted devices, trA Fo pin is displayed instead.) (Note: trA Fo Utr menu can be displayed by scrolling the UP/DOWN buttons.)

trA Fo Ctr / trn / Utr Press SET button. Blinking the first digit of displayed value appears. (trA Fo Utr menu can be programmed similarly.)

Enter the blinking digit value by scrolling UP/DOWN buttons. Switch to the other digits by using SET button, use ESC button to go to previous digit. After you entered the last digit press SET button, "I'm ACh of" is displayed, "on" can be selected by scrolling UP/DOWN buttons. (Data is entered but is not activated yet. For activating the new data please follow the below steps).

Press ESC button one by one unit "SAU E SEI yES" is displayed.

Press SET button. When "SAU E SET yES" is displayed, if you press ESC button or choose "no" option instead of "yES" option by using UP-DCWN buttons, new data will be cancelled and previous value will be activated.

NETWORK ANALYZER

EPM-07 / EPM-07S

Programming the Turn Number:

This menu is available for CT-25 adapted devices. User enter the turn number, which is the number of how many tour the current cable has rounded into the CT-25. Numbers can be selected between 1-20. Greater the number of turn means greater the accuracy.

(二) 2017年1月1日

m 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 In min(A) 2.00 1.20 1.60 0.59 1.40 0.30 0.28 0.24 0.22 0.20 0.16 0.16 0.15 0.14 0.13 0.12 0.11 0.11 0.10 0.10 In max(A) 2.25 10.25 10.02 10.25 20.17 17.15 15.75 13.75 12.75 11.55 10.55 9.55 9.15 8.85 7.65 6.65 6.35 6.05

Voltage Transformer Ratio Setup

In this menu, voltage transformer ratio is set between

C P N 0.1 = 4000,0

Note: It's a volume of interest is not a net business the industry.

F0 Note: If the voltage transformer is not used between the system and EPM-07/07S, voltage transformer ratio is entered as '1'.

Example: I a voltage transformer which has a ratio of 34.5KW/100V

UCF is used between the system and EPM-

100 is earned as 345. (34500/100)

Reactive Energy Calculation Method Setting

5.21 Three different methods exist for reactive energy calculation in EPM-123P25. Final

The information about these methods are explained in below table.

Released values which must be entered in the menu are also indicated in the table

In order to select reactive power calculation method for mechanical and digital

energy/meters.

Nortical Expression Digital Expression Reactive Energy
Description

Number of items	Each year episode	D	Evaluation method
0	1	rotation of voltage motor and multiply with current	It is the most preferred reactive power calculation method.
2	3	_ L A()V_ L A()	Total value of the multiple of V_ L and rises up to 10 harmonics. This calculation method is merely preferred for network analysis.
4	5		Power Triangle Methods According to this methodG = F/SPG: Reactive power, S: Apparent power, P: Active power

Press SET button for 3 seconds (trA Fo menu is displayed)

Press SET button (tra Eq Or menu is displayed)

By using UP/DOWN buttons find "CAL/CL"

MENU

(1) 2023年1月1日

Press ESC button one by one until "SAU E SET YES" is displayed.

Press SET button. When "SAU E SET YES" is displayed, if you

press ESC button or choose "no" option instead of "YES" option

previous value will be activated.

Demand Time Setup:

In this menu, demand time is set between 1-60 minutes.

[Non-Text]

The Ground Truth image displays a single, solid horizontal line. According to Rule 2 (UNDERSCORE & LINE RULES), this is a stylistic or background line, not a placeholder underscore. Therefore, the OCR result must ignore it and output nothing or only meaningful text. The provided OCR content is "____", which consists of four underscores. This is an incorrect interpretation of the line as a placeholder, violating the rule that stylistic lines must be ignored. The OCR has hallucinated underscores where none should exist based on the GT's visual context. Hence, the OCR result is inconsistent with the Ground Truth.

By using UP-COWN buttons and "del b" menu.

2、本次发行的种类和面值

(2) Using an O-3VN database, the VISA is the 100% of a

Press SET button, "del" is displayed. (Data is ordered but is not

activated yet. For activating the new data please follow the below

[Non-Text]

Press ESC button one by one until (SALLE, SEL YES) is dispensed.

Press SET button. When "SALE SEL vES" is displayed, you press

ESC button or choose "no" option instead of "YES" option by using

UP-DOWN buttons, new data will be cancelled and previous value

ag and Erasing of minimum maximum and

monitoring an energy values

In this menu, values of min_max, or energy counters are erased.

I saves the instantaneously measured min. and max. values of SP14-07/025 into its memory. Please kindly look up to the virtual

- INPUTS into its memory. I have exactly look at the section - FUNCTIONS OF BUTTONS for min and max values

Note : Measured electrical parameters which are saved to the

memory are not affected from the electric interruptions.

in the 'RESET' menu when you quit from all menus, if you confirm

he changes.min, and max. values of all parameters or energy

ing the values of min. and max. or energy counter,

('RESE1 HL' menu is displayed)

rCS EE

By using UP-DOWN buttons, select

| -ES | E F | H I

(二)公司基本情况

-55|64|6-1

表一：本次发行的种类

PCJ CC C7

main to delete the parameter select

cES|EE|E-2

(1) 2017年

Press SET button ("YES ET" is displayed)

（一）公司董事会会议决议公告

(1) 2023 (4th ed. 6), the first (a = b - [25], a = b + 3).

press ESC button or choose "no" option instead of "yes" option

previous value will be actualized.

NETWORK ANALYZER

EPM-07 / EPM-07S

PK 26 Box Connection Diagram

(Device needs an external neutral connection to be supplied)

NETWORK ANALYZER EPM-07 / EPM-07S

PR 19 Box Connection Diagram

3 Phase neutral

3 Phase without neutral current input with Aron wiring configuration
(Device needs an external neutral connection to be supplied)

3 Phase without neutral
(Device needs an external neutral connection to be supplied)

graph TD
    A["Current Measuring Input"] --> B["Bus 1"]
    A --> C["Bus 2"]
    A --> D["Bus 3"]
    A --> E["Bus 4"]
    A --> F["Bus 5"]
    G["Voltage Measuring Input"] --> H["L1"]
    G --> I["L2"]
    G --> J["L3"]
    G --> K["L4"]
    G --> L["L5"]
    M["Auditory Supply"] --> N["L1"]
    M --> O["L2"]
    M --> P["L3"]
    M --> Q["L4"]
    M --> R["L5"]

3 Phase without neutral current input with Aron wiring configuration
(Device needs an external neutral connection to be supplied)

\*Available only for EPM-07S

Note: For CT-25 models:

k: When CT-25 is used, Red cable is connected to k terminal l: When CT-25 is used, Black cable is connected to l terminal

B

NETWORK ANALYZER EPM-07 / EPM-07S

Pulse Menu

PUL In this menu, three parameters can be selected: "PUL SE nA; n": "PUL SE o-1", "PUL SE o-2".

PUL SE rAt 10 : Pulse ratio can be set as 1, 10, 100 (wh/VAm); 1, 16, 100 (kwh/kVAm); 2 MWh/MVAm.

PUL SE o-1: If this parameter is selected, in every increase in output 1, one pulse is counted. Output 1 parameter can be set as: A/D (Export/Import), A/-(Active Import), A/C (Active Export), r/LA (Inductive / Capacitive), r-L (Reactive Inductive), r-C (Reactive Capacitive). PUL SE o-2: If this parameter is selected, in every increase in output 2, one pulse is counted. Output 2 parameter can be set as: A/D (Export/Import), A/-(Active Import), A/C (Active Export), r/LA (Inductive / Capacitive), r-L (Reactive Inductive), r-C (Reactive Capacitive).

Press SET button for 3 seconds (tA For menu is displayed)

By using UP-DOWN buttons, find "PULSE" menu

Press SET button ("PUL SE rAt w" menu is displayed)

By using UP-OWN buttons, select "PUL SE o1" or "PUL SE o-2".

Press SET button

By using UP-DOWN buttons, select required parameter. PUL SE

Press SLT button

Press ESC button one by one until "SAU E SET YES" is displayed,

Press SET button. When "SAU E SET yES" is displayed, if you press ESC button or choose "no" option instead of "yES" option by using UP-DOWN buttons, now data will be cancelled and previous value will be activated.

Energy Counter (Eng Cnt) Menu

En9 EPM-07/075 has 2 energy counters: Energy counter 1 (E-1). Energy counter 2 (E-2). E-1/E-2' have 4 parameters:

LNC on Activate "E-1 / E-2" counters for energy counting without depending on any parameter.

E-1: Activate "E-1/E-2" counters, when digital input 1 is on (=1). E-2: Activate "E-1/E-2" counters, when digital input 2 is on (=1). E-2: "E-1" does not count when "E-2" is activated. (Only for "E-1" E-1: "E-2" does not count when "E-3" is activated. (Only for "E-2"

Note: Counting status is undefined if E-2 is selected on E-1 and if E-1 is selected on E-2. When the status is defined as above, both energy counters count while digital input is not on (-1) , but if either one or both digital inputs are on (-1) then counters will not count.

SET Press SET button for 3 seconds (14 Fo menu is displayed)

By using UP-DOWN buttons, find "Eng Cnt" menu

Press ESC button one by one until "SAU E SET yES" is displayed, Press SET button. When "SAU E SET yES" is displayed, if you press ESC button or choose "no" option instead of "yES" option by using UP-DOWN buttons, new data will be cancelled and previous value will be activated.

Password Setup: In this menu user password is defined and activated. You must define and activate a 4 digit user password for preventing device settings from the illegal usage. There are 2 sub menus under the "Pin" menu.

Changing of User Password:

P in This menu is used to change the user password. Note: Factory default value for user password is "0000"

change the user password, the monitoring mode

Press SET button for 3 seconds (trA-For menu is displayed)

Bu using UP-DOWN buttons, find "Pin" menu.

Press SET button ("Pin ACh IJA 1E" menu is displayed)

By using the UP-DOWN buttons, find "Pin CHA rgE" menu.

By using UP-DOWN-SET buttons, enter the old password

By using UP-DOWN-SET buttons, enter the new password

By using UP-DOWN-SET buttons, re-enter the new password.

Press SET button, "Pin CHA mgE" is displayed. (Data is entered but is not activated yet. For activating the new data please follow the below steps).

Press ESC button one by one until (SAUE SET YES) is displayed. P in CHA n9E

Press SET button. When "SAU E SET yES" is displayed, if you press ESC button or choose "no" option instead of "yes" option by using UP-DOWN buttons, new data will be cancelled and previous value will be activated.

ng the user password:

This menu is used for activating the user password. After the user password is activated, while the instant values are observed, user password is required in order to enter to the menu. If the wrong user password is entered, user can not enter to the menu.

Note: Factory default value of user password is "0000"

Press SET button for 3 seconds (t/A. For menu is displayed)

Bu using UP-DOWN buttons, find "Pin" menu

Press SET button ("Pin ACT IUA E" menu is displayed) P in ACE IUR EE

Press SET button. First digit of the displayed value is blining

Enter the blinking digit value by scrolling UP/DOWN buttons. Switch to the other digits by using SET button, use ESC button to go to previous digit. After you entered the last digit press SET button, "Pm ACL girl" is displayed, "on" can be selected by scrolling UP/DOWN buttons. (Data is entered but is not activated yet. For activating the new data please follow the below steps). Press ESC button one by one until "SAU.E. SET.vES" is displayed.

Press SET button. When "SAU E SET YES" is displayed, if you press ESC button or choose "no" option instead of "YES" option by using UP-DOWN buttons, new data will be cancelled and previous value will be activated.

NETWORK ANALYZER EPM-07 / EPM-07S

Serial Communication (Available only for EPM-07S)

LPM-07S has MODBUS RTU communication protocol which is optically polished. All measured parameters can be transferred to the

computer. Transformer ratios and communication parameters can be

set. Saved demand and energy values can be reset.

Parameter Settings

Address Parameters : Value can be enter between 001-247.
Baud Rate Parameters : Value can be selected as 2400, 480

19200 and 38400 bps.

Parity Parameters: "no", "odd" and "EUEn" can be selected

Press SET button for 3 seconds (tra Fio menu is displayed)

1-5-485

Press SET button ("Adr ESS" menu is displayed)

Enter the value of related parameters by scrolling UP/DOWN

buttons (001...247 / 2400 ...38400 / no. EUEn odd)

Press SET button. Adr ESS / pAU d / PAnly is displayed. (Data is

entered but is not activated yet. For activating the new data please

below the below alopa).

Press ESC button one by one until "SAU E SET YES" is displayed.

Press SET button. When "SAU E SET YES" is displayed, if you create ESC button or choose "no" option instead of "YES" option

by using UP-DOWN buttons, now data will be cancelled and

previous value will be activated.

MODBUS RTU PROTOCOL (Available only for EPM-075)

Standart MODEUS RTU message is shown below

T

ADDRESS8 BIT

FUNCTION8 BIT

DATA100BIT

CROH

CROL

T

The T times corresponds to a time in which data must not be exchanged on the communication bus to allow the connected devices to recognize the end of one message and the beginning of another. This time must be at least 3.5 characters at the selected baud rate. Address range (1-247) is address of the connected device. The data field contains data sent to the slave by master or data sent to master by slave.

CRC is a error check method by using MODBUS RTU protocol and consists of 2 bytes.

Available Modbus Function:

05H	HEAD HOLD REGISTERS
06H	PRESET SINGLE REGISTER
10H	PRESET MULTIPLE REGISTERS

Read Hold (03) function is used for reading measured values and set value. If any request of reading of a register, excepted mentioned in register table, device will send an error message. For example to read phase 1 voltage by sending a message to the device,

01 03 00 00 00 02 XX XX

Of Device address

03 Function

CC MSB address

CD Receiver number/USB

02 Register number 188

XX CRC MSB

XX CRC LSB

Preset Single Register (06) function is used for writing the setting values, erasing the energy counter or resetting the min., max., demand values. Current transformers ratio can be set 0-2000 voltage transformer ratio can be set 1-40000, Min., Max., and Demand values can be only clear. If sent value is outside of this range device responds with an error message. Example. Setting CT as 100.

01 06 80 02 00 64 XX XX

0! Device address

061UNCOR 80 MSF ydd

02 LSB address

00 Data MSU

04 Data LS3

XX CRC MSU

XX CRC LSB

Preset Multiple Register(10H) is used to set more than one register at same

Time Example: Earnings CY as 160 (P=28.9)

Example. Setting CT as 100, CT as 20.0; 01.10.80/20.00/22.04.00/25.00/44.XX.OY

01 Device Address

10 Function

80 MSB address

00 LSEI address

00 Register number MSB

c2. Register Number LS8 01. 547-00-01

04 Byte touch 00 Data MSB

C# Data LSB

00 Data MSB

54 Data LSB

XX CRC MSB

XX CRC LSB

Digital Inputs (Available only for EPM-07S)

Digital input are sent in 16 bit hexadecimal format as below

55H 15 1 1 0 input 1

U U U D U U U U U U U U U D N2 D N1

MSB LSB

(see: Signatex Bps)

If 12-48 V AC / DC is applied to in1 (input 1), 0 (zero) bit of DIN register

Is set as "1". Otherwise, 0 (zero) bit is set as "0".

If 19-48 V AC / DC is applied to In2 (input 2). 1st bit of DIN register is set as "5". Otherwise, 1st bit is set as "3".

The Parameters are sent in 32bit Hexadecimal format. For example, 230.0V voltage will be sent as 00008@CH. Core values shall be divided

In 1,000.

0.980 Close will be sent as 0000304H. Energy values are sent in 64

bytes. 1254567890123456789 Wb = Alt, sd, AP, SC, up, 15, 114, 122, Wb

1234.067 00:1234.067 00 Wt = Rs 14 Rs 00, 00% SF 18 GE Wt

Specifications for data cable

- 24 AWG or thichur

- Less than 100 ohmy km

- Nominal characteristic impedance at 100 kJ/g or 100 mPa

- Less than 120 pF/m mutual pair capacitance (between two wires in a plan) - Less than 120 pF/m mutual pair capacitance (the capacitance between

one wire and all others connected to earth).

- Twisted Pair

ERROR CODES (Available only for EPM-07S)

Slave device (LPM-07S) sends error message when receive any missing query.

Error codes are given below

01 Invalid Function: If any message except given above is used, then 01 error

mentouges wil De San-

of invalid Register: Enter by will be send when a reading of a register is requested, except the registers which mentioned in table

03 Invalid data: If any different value is been set for dedicated Transformer values.

and nonzero for demand value, then error message 03 will be sent.

NETWORK ANALYZER EPM-07 / EPM-07S

EPM-07S COMPUTER CONNECTION

31 DEVICES CAN BE CONNECTED AT THE SAME LINE

graph TD
    A["TR B A GND"] --> C["AND"]
    B["TR B A GND"] --> C
    D["TR B A GND"] --> C
    E["TR B A GND"] --> C
    F["TR B A GND"] --> C
    C --> G["AND"]
    H["R5485/RS322 CONVERTER"] --> I["PC"]
    style A fill:#f9f,stroke:#333
    style B fill:#f9f,stroke:#333
    style C fill:#ccf,stroke:#333
    style D fill:#f9f,stroke:#333
    style E fill:#f9f,stroke:#333
    style F fill:#f9f,stroke:#333
    style G fill:#ccf,stroke:#333

EPM-07S-31
EPM-07S-2
EPM-07S-1

MAX. 247 DEVICES CAN BE CONNECTED AT SAME LINE BY USING REPEATER.

graph TD
    A["RES A GND"] --> B["Max. 1200 mL"]
    B --> C["RS485/RS232 CONVERTER"]
    C --> D["PC"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333

EPN-075-247
REPEATER
EPM075-31
EPM-07S-2
75-1
[Non-Text]

Dimensions

Type PR 19

NETWORK ANALYZER

EPM-07S

MODBUS REGISTER MAP

MODBUS REGISTER MAP

ADDRESS	ADDRESS (HEX)	REGISTER	RW	RANGE	UNIT	MULTIPLIER	FORMAT
6	0000	L1 PHASE VOLTAGE	R	(0-3000xUT)	Volt	0.1	unsigned int
2	0002	L2 PHASE VOLTAGE	R	(0-3000xUT)	Volt	0.1	unsigned int
4	0005	L3 PHASE VOLTAGE	R	(0-3000xUT)	Volt	0.1	unsigned int
6	0008	L1 PHASE CURRENT	R	(0-6000xCT)	Amper	0.001	unsigned int
8	0008	L2 PHASE CURRENT	R	(0-6000xCT)	Amper	0.001	unsigned int
10	0024	L3 PHASE CURRENT	R	(0-6000xCT)	Amper	0.001	unsigned int
12	0050	L4 PHASE CURRENT	R	(0-6000xCT)	Amper	0.001	unsigned int
14	0056	L1-L2 PHASE-PHASE VOLTAGE	R	(0-3000xUT)	Volt	0.1	unsigned int
16	0010	L2-L3 PHASE-PHASE VOLTAGE	R	(0-3000xUT)	Volt	0.1	unsigned int
18	0012	L3-L4 PHASE-PHASE VOLTAGE	R	(0-3000xUT)	Volt	0.1	unsigned int
30	0014	L1 PHASE ACTIVE POWER	R	(-18000 - 18000xCTxT)	Wall	0.1	int
22	0018	L2 PHASE ACTIVE POWER	R	(-18000 - 18000xCTxT)	Wall	0.1	int
24	0018	L3 PHASE ACTIVE POWER	R	(-18000 - 18000xCTxT)	Wall	0.1	int
26	0014	L1 PHASE REACTIVE POWER	R	(-18000 - 18000xCTxT)	Var	0.1	int
28	0010	L2 PHASE REACTIVE POWER	R	(-18000 - 18000xCTxT)	Var	0.1	int
30	0016	L3 PHASE REACTIVE POWER	R	(-18000 - 18000xCTxT)	Var	0.1	int
32	0020	L1 PHASE APPEARNT POWER	R	(0 -18000xCTxT)	VA	0.1	unsigned int
34	0027	L2 PHASE APPEARNT POWER	R	(0 -18000xCTxT)	VA	0.1	unsigned int
36	0024	L3 PHASE APPEARNT POWER	R	(0 -18000xCTxT)	VA	0.1	unsigned int
38	0026	L1 PHASE CO2p	R	(1000 - 1000)	-	0.001	int
40	0028	L2 PHASE CO2p	R	(1000 - 1000)	-	0.001	int
42	0024	L3 PHASE CO2p	R	(1000 - 1000)	-	0.001	int
44	0020	TOTAL IMPORT ACTIVE POWER	R	(0 -54000xCTxT)	Wall	0.1	int
46	0026	TOTAL EXPORT ACTIVE POWER	R	(0 -54000xCTxT)	Wall	0.1	int
48	0032	TOTAL INDUCTIVE REACTIVE POWER	R	(0 -54000xCTxT)	Var	0.1	int
50	0032	TOTAL INDUCTIVE REACTIVE POWER	R	(0 -54000xCTxT)	Var	0.1	int
52	0036	TOTAL APPEARNT POWER	R	(0 -54000xCTxT)	VA	0.1	unsigned int
54	0038	AVERAGE INDUCTIVE CO2p	R	(1000 - 1000)	-	0.001	int
56	0038	AVERAGE CAPACITIVE CO2p	R	(1000 - 1000)	-	0.001	int
58	0034	IT RELATACY	R	(4600 - 7300)	Lg	0.01	unsigned int
60	0030
62	0036
64	0040
66	0042
68	0044
70	0048
72	0049
74	0044
76	0040
78	0046
80	0050
82	0052
84	0054	DIGITAL INPUT STATUS	R		-	-
86	0056	IMPORT ACTIVE ENERGY-1	RW	Q-FFFFFFFFFFFFF	Wt	1	long int
88	0058		RW	Q-FFFFFFFFFFFFF	Wt	1	long int
90	0054	EXPORT ACTIVE ENERGY-1	RW	Q-FFFFFFFFFFFFF	Wt	1	long int
92	0052		RW	Q-FFFFFFFFFFFFF	Wt	1	long int
94	0056	INDUCTIVE REACTIVE ENERGY-1	RW	Q-FFFFFFFFFFFFF	Vam	1	long int
96	0060		RW	Q-FFFFFFFFFFFFF	Vam	1	long int
98	0067	CAPACITIVE REACTIVE ENERGY-1	RW	Q-FFFFFFFFFFFFF	Vam	1	long int
100	0064		RW	Q-FFFFFFFFFFFFF	Vam	1	long int
102	0065	IMPORT ACTIVE ENERGY-2	RW	Q-FFFFFFFFFFFFF	Wt	1	long int
104	0068		RW	Q-FFFFFFFFFFFFF	Wt	1	long int
106	0068	EXPORT ACTIVE ENERGY-2	RW	Q-FFFFFFFFFFFFF	Wt	1	long int
108	0062		RW	Q-FFFFFFFFFFFFF	Wt	1	long int
110	0068	INDUCTIVE REACTIVE ENERGY-2	RW	Q-FFFFFFFFFFFFF	Vam	1	long int
112	0070		RW	Q-FFFFFFFFFFFFF	Vam	1	long int
114	0072	CAPACITIVE REACTIVE ENERGY-2	RW	Q-FFFFFFFFFFFFF	VAm	1	long int
116	0076		RW	Q-FFFFFFFFFFFFF	VAm	1	long int
118	0076	L1 PHASE MIN. VOLTAGE	RW	(0-3000xUT)	Volt	0.1	unsigned int
120	0078	L2 PHASE MIN. VOLTAGE	RW	(0-3000xUT)	Volt	0.1	unsigned int
122	0074	L3 PHASE MIN. VOLTAGE	RW	(0-3000xUT)	Volt	0.1	unsigned int
124	0072	L4 PHASE PHASE MIN. VOLTAGE	RW	(0-3000xUT)	Volt	0.1	unsigned int
126	0072	L5 PHASE PHASE MIN. VOLTAGE	RW	(0-3000xUT)	Volt	0.1	unsigned int
128	0080	L6 PHASE PHASE MIN. VOLTAGE	RW	(0-3000xUT)	Volt	0.1	unsigned int
130	0082	L1 PHASE MIN. CURRENT	RW	(0-6500xCT)	Amper	0.001	unsigned int
132	0084	L2 PHASE MIN. CURRENT	RW	(0-6500xCT)	Amper	0.001	unsigned int
134	0086	L3 PHASE MIN. CURRENT	RW	(0-6500xCT)	Amper	0.001	unsigned int
136	0088	L4 PHASE MIN. ACTIVE POWER	RW	(-18000 - 18000xCTxT)	Wall	0.1	int
138	0084	L2 PHASE MIN. ACTIVE POWER	RW	(-18000 - 18000xCTxT)	Wall	0.1	int
140	0080	L3 PHASE MIN. ACTIVE POWER	RW	(-18000 - 18000xCTxT)	Wall	0.1	int
142	0086	L4 PHASE MIN. REACTIVE POWER	RW	(-18000 - 18000xCTxT)	Var	0.1	int
144	0090	L2 PHASE MIN. REACTIVE POWER	RW	(-18000 - 18000xCTxT)	Var	0.1	int
146	0092	L3 PHASE MIN. REACTIVE POWER	RW	(-18000 - 18000xCTxT)	Var	0.1	int
148	0094	L4 PHASE MIN. REACTIVE POWER	RW	(0 -18000xCTxT)	VA	0.1	unsigned int
150	0098	L5 PHASE MIN. APPEARNT POWER	RW	(0 -18000xCTxT)	VA	0.1	unsigned int

NETWORK ANALYZER

EPM-07S

MODBUS REGISTER MAP

MODBUS REGISTER MAP

ADDRESS	ADDRESS (HEX)	REGISTER	R/W	RANGE	UNIT	MULTIPLIER	FORMAT
152	0098	L3 PHASE MIN APPARENT POWER	R/W	(0 - 18000cWxTyt)		VA	0.1	unsigned int
154	009A	TOTAL MIN IMPORT ACTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Watt	0.1	int
156	009C	TOTAL MAX IMPROVE ACTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Watt	0.1	int
158	009E	TOTAL MIN IMPORT REACTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Var	0.1	int
160	00A0	TOTAL MIN EXPORT REACTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Var	0.1	int
162	00A2	TOTAL IMPRINT POWER	R/W	(0 - 18000cWxTyt)		VA	0.1	unsigned int
164	00A4	L1 PHASE MAX VOLTAGE	R/W	(-p-3000sU)		Vol	0.1	unsigned int
166	00A6	L2 PHASE MAX VOLTAGE	R/W	(-p-3000sU)		Vol	0.1	unsigned int
168	00A8	L3 PHASE MAX VOLTAGE	R/W	(-p-3000sU)		Vol	0.1	unsigned int
170	00Aa	L1 PHASE MAX PHASE MAX VOLTAGE	R/W	(-p-3000sU)		Vol	0.1	unsigned int
172	00A0	L2-3 PHASE-PHASE MAX VOLTAGE	R/W	(-p-5000sU)		Vol	0.1	unsigned int
174	00AE	L3-L1 PHASE-PHASE MAX VOLTAGE	R/W	(-p-5000sU)		Vol	0.1	unsigned int
176	00B0	L1 PHASE MAX CURRENT	R/W	(-p-6000sUST)	Amper	0.001	unsigned int
178	00B2	L2 PHASE MAX CURRENT	R/W	(-p-6000sUST)	Amper	0.001	unsigned int
180	00B4	L3 PHASE MAX CURRENT	R/W	(-p-6000sUST)	Amper	0.001	unsigned int
182	00B6	L1 PHASE MAX ACTIVE POWER	R/W	(-18500 - 18500cWxTyt)	Watt	0.1	int
184	00B8	L2 PHASE MAX ACTIVE POWER	R/W	(-18500 - 18500cWxTyt)		Watt	0.1	int
186	00BA	L3 PHASE MAX ACTIVE POWER	R/W	(-18500 - 18500cWxTyt)		Watt	0.1	int
188	00BC	L1 PHASE MAX REACTIVE POWER	R/W	(-18500 - 18500cWxTyt)		Var	0.1	int
190	00S1	L2 PHASE MAX REACTIVE POWER	R/W	(-18500 - 18500cWxTyt)		Var	0.1	int
192	00C0	L3 PHASE MAX REACTIVE POWER	R/W	(-18500 - 18500cWxTyt)		Var	0.1	int
194	00C2	L1 PHASE MAX APPARENT POWER	R/W	(0 - 18000cWxTyt)		VA	0.1	unsigned int
196	00C4	L2 PHASE MAX APPARENT POWER	R/W	(0 - 18000cWxTyt)		VA	0.1	unsigned int
198	00C6	L3 PHASE MAX APPARENT POWER	R/W	(0 - 18000cWxTyt)		VA	0.1	unsigned int
200	00C8	TOTAL MAX IMPROVE ACTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Watt	0.1	int
202	00CA	TOTAL MAX EXPORT ACTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Watt	0.1	int
204	00CC	TOTAL MAX IMPORT REACTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Var	0.1	int
206	00CL	TOTAL MAX EXPORT REACTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Var	0.1	int
208	00CD	TOTAL MAX IMPROVE ADJUSTIVE POWER	R/W	(0 - 18000cWxTyt)		VA	0.1	unsigned int
210	00D2	L1 PHASE MAX CURRENT DIAND	R/W	(-p-6000sUST)	Amper	0.001	unsigned int
212	00D4	L2 PHASE MAX CURRENT DEMAND	R/W	(-p-6000sUST)	Amper	0.001	unsigned int
214	00D6	L3 PHASE IMPROVE ADJUSTIVE POWER	R/W	(-p-6000sUST)	Amper	0.01	unsigned int
216	00D8	L1 PHASE IMPROVE MAX DEMAND ACTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Watt	0.1	int
218	00DA	L1 PHASE EXPORT MAX DEMAND ACTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Watt	0.1	int
220	00DC	L2 PHASE IMPORT MAX DEMAND ACTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Watt	0.1	int
222	00UI	L3 PHASE IMPORT MAX DEMAND ACTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Watt	0.1	int
224	00EQ	L3 PHASE IMPORT MAX DEMAND ACTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Watt	0.1	int
226	00LF2	L3 PHASE EXPORT MAX DEMAND ACTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Watt	0.1	int
228	00EF4	L4 PHASE IMPORT MAX DEMAND REACTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Var	0.1	int
230	00LF6	L5 PHASE IMPORT MAX DEMAND REACTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Var	0.1	int
232	00ER	L2 PHASE IMPORT MAX DEMAND REACTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Var	0.1	int
234	00EA	L2 PHASE EXPORT MAX DEMAND REACTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Var	0.1	int
236	00EC	L3 PHASE IMPORT MAX DEMAND REACTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Var	0.1	int
238	00FE	L3 PHASE IMPORT MAX DEMAND REDUCTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Var	0.1	int
240	00FG	L1 PHASE MAX DEMAND APPARENT POWER	R/W	(0 - 18000cWxTyt)		VA	0.1	unsigned int
242	00FP2	L2 PHASE MAX DEMAND APPARENT POWER	R/W	(0 - 18000cWxTyt)		VA	0.1	unsigned int
244	00FP4	L3 PHASE MAX DEMAND APPARENT POWER	R/W	(0 - 18000cWxTyt)		VA	0.2	unsigned int
246	00F6	TOTAL IMPORT MAX DEMAND ADJUSTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Watt	0.1	int
248	00F8	TOTAL IMPORT MAX DEMAND ACTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Watt	0.1	int
250	00FA	TOTAL IMPORT MAX DEMAND REACTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Var	0.1	int
252	00FC	TOTAL IMPORT MAX DEMAND REACTIVE POWER	R/W	(-18000 - 18000cWxTyt)		Var	0.1	int
254	00FE	TOTAL MAX DEMAND APPARENT POWER	R/W	(0 - 18000cWxTyt)		VA	0.1	unsigned int

ADDRESS	ADDRESS (HEX)	REGISTER	R/W	RANGE	UNIT	MULTIPLIER	FORMAT
32768	8050	VOLTAGE TRANSFORMER RATIO	R/W	0-4000	-	0.1	short-nt
32769	8051	CURRENT TRANSFORMER RATIO	R/W	6,200	-	1	short-nt
32770	8052	CALCULATION METHOD	R/W	0-5	-	-	short-nt
32771	8053	DEMAND TIME	R/W	1.60	Minute	1	short-nt
32772	8054	PULSE RATIO	R/W	0-6	-	-	short-nt
32773	8055	PULSE OUTPUT 1 PARAMETER SETTING	R/W	0-5	-	-	short-nt
32774	8056	PULSE OUTPUT 2 PARAMETER SETTING	R/W	0-5	-	-	short-nt
32775	8057	ENERGY COUNTER 1 SELECTION	R/W	0-3	-	-	short-nt
32776	8058	ENERGY COUNTER 2 SELECTION	R/W	0-3	-	-	short-nt
32777	8059	COMMUNICATION ADDRESS	R/W	0-247	-	-	short-nt
32778	8060	BALD RATE	R/W	1-1	-	-	short-nt
32779	8061	PARITY	R/W	0-2	-	-	short-nt
32780	8062	PASSWORD/WHIP/NULL	R/W	0-1	-	-	short-nt
32781	8063	PASSWORD	R/W	0-898	-	-	short-nt

PULSE OUTPUT 1-2 PULSE RATIO 0-6: ENERGY COUNTER 1 SELECTION 0-3
PARAMETER SETTING 0-5: 0:1 Watt / Pulse 0:On (EC -Energy counter-will count on all conditions)
0. Active 1: 10 Watt / Pulse 1: EC will count when Digital Input1 is 1 (1=active)
1: Active Import 2: 100 Watt / Pulse 2: EC will count when Digital Input2 is 1 (1=active)
2. Active Export 3. 1 kW / Pulse 3. Inverse Energy Counter 2 (It will count when EC2 is not counted)
3: Reactive 4: 10 kW / Pulse ENERGY COUNTER 2 SELECTION 0-3
4. Reactive Import 5: 100 kW / Pulse 6: On (EC - Energy counter- will count on all conditions)
5. Reactive Export 6. 1 MW / Pulse 7. LC will count when digital input is 1 (Inactive) 8. FC will start when Digital Input is 1 (Inactive)
2. EC will count when digital input is 1 (1-340ms) 3. In-store Energy Coreset 1 (3) will count where EC is not counted
CALCULATION 0-5 : Refer to "Reactive Energy Calculation Method Setting" on page 2

BAUD RATE 1-5:

1:38400 bps

2: 19200 bps

3: 9600 bps

4: 4800 bps

5: 2400 bps

PARITY 0-2

D. No 1: Qnd

1: Odd 2: Even

E. Even PASSWORD ENABLE 0-1

(2) Disable

1: Enable

NETZANALYSATOR EPM-07/07S

Technische Daten

0..215 M (W, VA, VA)

0930300593.5 kWh, KVAH

1% ± 12/08 (10.6-110%) konnte

1, 2000

40,000

1-60 Min (einsellbar)

MODBUS RTU (RS 485)

5....24 V (XL, H&X, 30 VDC

12.108 V AC, DC

Status: IED

(2) 10, Dc 7

: Doppelte Isolation II (☐)

P.40 (Frontolatte)

Night Enzondbar

For Energy harvesting, s. Impulsions

H. Hochswell, L. Minorswell, M. Mar. Bedanwell

80 Advertise 1938 02 Advertise 158

00 Data MSE

64 Data LSB

XX CRC MGB XX CRC LRR

03 Registered MSc 02 Registered SP

1. Registera
2. Bytezani

00 Data MSB

CB Data LSB

60 Data MSE 64 Data LSB

XX CRC MSB

XX CRC LSB