LDP100 - Optical particle monitor IFM - Free user manual and instructions

Product type	Optical particle monitor
Model	IFM LDP100
Measurement principle	Light obscuration (Class 1 laser)
Pressure range	Up to 420 bar
Required flow rate	50 to 400 ml/min
Power supply	9 to 33 V DC
Interfaces	CAN (CANopen, J1939), analog output 4-20 mA, digital input/output
Purity standards	ISO 4406:21, SAE AS 4059F, NAS 1638
Display	Backlit LCD, green LED (on), red LED (alarm)
Operating temperature	Internal up to 85°C (temperature alarm)
Calibration	According to ISO 11943, traceable to NIST SRM 2806
Protection	SELV/PELV, Class 1 laser
Mounting	Minimess M16x2 connections, bypass mounting
Maintenance	Cleaning with clean oil or isopropanol; no aggressive solvents
Repairability	Contact IFM after-sales service; calibration by manufacturer
Accessories	Only IFM accessories (www.ifm.com)
Fluid compatibility	Hydraulic oils, compatible with diesel, not compatible with phosphate ester/skydrol

Frequently Asked Questions - LDP100 IFM

Why does a warning triangle appear on the display?

An internal alarm has been triggered. Check the settings in the menu under ALARM CONFIG.

How does the measurement principle of the particle monitor work?

The particle monitor works on the light obscuration principle: a laser illuminates the particles and a photodiode detects the drops in intensity.

What electrical interfaces does the particle monitor offer?

It has a CAN interface (CANopen and J1939) and an analog output 4-20 mA, as well as a digital input/output.

How to adjust the constant flow rate?

Use diaphragms or control valves downstream of the device. Avoid variations during measurement.

Is the device compatible with diesel fuels?

Yes, the device is compatible with diesel.

What is the validity of the calibration certificate?

18 months after initial calibration, then 12 months for subsequent calibrations.

How to clean the device?

Clean with clean oil or a solvent like isopropanol. Rinse with clean oil in reverse direction. Do not use aggressive solvents.

Is the device ATEX compliant?

No, the basic device does not meet ATEX directives.

What to do if identical values appear on all channels?

This may indicate the presence of air in the oil. Increase the operating pressure or move the device away from the pump.

How to configure the device?

Use the menu via the LCD screen and buttons. Refer to the manual for configuration details.

USER MANUAL LDP100 IFM

9.6 Communication.... 23

9.6.1 Type 23

13.2.3 PDU Format 2....49

13.2.4.2 PDU 1 (addressed) 51

13.2.4.3 PDU 2 (Broadcast) 53

Warning symbol with a triangle and radiating lines, no text or numbers present

3 Usage prévu

Diagram showing two connected devices with a red X mark and a green checkmark, indicating a fault or damage point.

Prohibition sign with red X-shaped crossed-out and black spray bottle symbol

Prohibition sign with a black handgun crossed out by red diagonal lines, indicating no prohibition or rejection.

Prohibition sign with red X and Y axes crossed over a vehicle silhouette, indicating no movement or restriction.

KG

Prohibition sign with crossed-out black smokestack and droplets, indicating no pollution or safety warning

① ② ③ ④ ⑤

graph LR
    Pin6["Pin 6"] --> A["A"]
    Pin8["Pin 8"] --> A
    A -->|→| Pin8

19	17	15	13	11	9	7	5	Current / mA
0	0	0	0	-1	-1	-1	-1	Flow too lowERC0, Bit_10	Bar 1
0	0	-1	-1	0	0	-1	-1	Flow too highERC0, Bit_9
0	-1	0	-1	0	-1	0	-111	Error in measuring cellERC3, (Bit_0 v Bit_1 v Bit_2 v Bit_3)
0	000	0	0	-1	-1	-1		Concentration too lowERC0, Bit_14	Bar 2
0		-1	-1	0	0	-1		Concentration too highERC0, Bit_8
0	-1	0	-1	000	-1	0	-1	Measurement result not plausible,Autoparts not reached ERC0, Bit_13
0		0	0	-1	-1	-1	-1	Conz. alarmERC3, Bit_14	Bar 3
0	0	-1	-1		0	-1	-1	TalarmERC3, Bit_15
0	-1	0	-1		-1	0	-1	ISO(i+1)>=ISO(i)ERC0, Bit_11

Objet com. Initial	zing Pre-Operational Operational Stopped
PDO X
SDO X X
Synch X X
BootUp X
NMT X X X

13.1.3 Service Data Object (SDO)

13.1.6.1 Communication Profile Area

Idx S	Idx Name	Type Attr.			Mapped auf PDO	Default Notes
1000h	device type unsigned	32	ro 19	4h sensor, see DS 404
1001h	error register unsigned	8	ro 00	mandatory	see DS301
1005h	Sync d unsigned	32	rw 80h	sync id, range: 0..7FFh
1008h	Manufacturer Device Name	visible_string	co		4C445031h
1018h		identityobject	record	ro
	0	Number of entries	unsigned 8	ro		06h	largest sub index
	1	Vendor ID unsigned 32	ro		0069666Dh	IFM
	2	Product Code	unsigned 32	ro		4C445031h	LDP1
	3	Revision Number	unsigned 32	ro		65h	Device dependent
	4	Serial Number PCB	unsigned 32	ro			Device dependent
	5	Serial Number H	unsigned 32	ro			IFM serial no. H
	6	Serial Number L	unsigned 32	ro			IFM serial no. L
1800h		transmit PDO1 Parameter	record
	0	Number of entries	unsigned 8	ro		05h	largest sub index
	1	COB-ID	unsigned 32	rw		180h+NodelD	COB-ID used by PDO, range: 181h..1FFh, can be changed while not operational
	2	transmission type	unsigned 8	rw		FFh	cyclic+synchronous, asynchronous values: 1-240, 254, 255
	5 event timer unsigned 16			rw 1F4h event timer in ms for			asynchronous TPDO1 range: 0..65535, multiple of 10 ms
1801h		transmit PDO2 Parameter	record
	0	Number of entries	unsigned 8	ro		05h	largest sub index
	1	COB-ID	unsigned 32	rw		280h+NodelD	COB-ID used by PDO, range: 281h..2FFh, can be changed while not operational
	2	transmission type	unsigned 8	rw		FFh	cyclic+synchronous, asynchronous values: 1-240, 254, 255
	5 event timer unsigned 16			rw 1F4h event timer in ms for			asynchronous TPDO2 range: 0..65535, multiple of 10 ms
Idx S	Idx Name Type Attr.				Mapped auf PDO	Default Notes
1802h	transmit	PDO3 Parameter	record
	0 Number of entries	unsigned 8	ro 05n largest sub index
	1 COB-ID unsigned	32	rw 380h+N	odeID	COB-ID used by PDO, range: 381h..3FFh, can be changed while not operational	(bit 30 must always be set, means no TPDO triggered on RTR)
	2 transmission type	unsigned 8	rw FFh cyclic+synchronous,			asynchronous values: 1-240, 254, 255
	5 event timer unsigned 16	rw		1F4h	event timer in ms for asynchronous TPDO3 range: 0..65535, multiple of 10 ms
1803h		Transmit PDO4 parameter	record
	0 Number of entries	unsigned 8	ro 05n largest sub index
	1 COB-ID unsigned	32	rw 480h+N	odeID	COB-ID used by PDO, range: 481h..4FFh, can be changed while not operational	(bit 30 must always be set, means no TPDO triggered on RTR)
	2 transmission type	unsigned 8	rw FFh cyclic+synchronous,			asynchronous values: 1-240, 254, 255
	5 event timer unsigned 16	rw		1F4h	event timer in ms for asynchronous TPDOI3 range: 0..65535, multiple of 10ms
1A00h		TPDOI1 Mapping Parameter	record
	0 Number of entries	unsigned 8	ro 05n largest sub index
	1	PDO Mapping for 1st app obj. to be mapped	co		20000220h	Internal timestamp of the measurement, 4 bytes
	2	PDO Mapping for 2nd app obj. to be mapped	co		20010108h	ISO4μm, 1 byte in 2001h, sub 01
	3	PDO Mapping for 3rd app obj. to be mapped	co		20010208h	ISO6μm, 1 byte in 2001h, sub 02
	4	PDO Mapping for 4th app obj. to be mapped	co		20010308h	ISO14μm, 1 byte in 2001h, sub 03
	5	PDO Mapping for 5th app obj. to be mapped	co		20010408h	ISO21μm, 1 byte in 2001h, sub 04
1A01h		TPDOI2 Mapping Parameter	record
	0 Number of entries	unsigned 8	ro 05n largest sub index

Idx S	Idx Name Type Attr.				Mapped auf PDO	Default Notes
1A01h	PDO	Mapping for 1st app obj. to be mapped	unsigned 32	co 2000022	0h	Internal timestamp of the measurement, 4 bytes
	2 PDO Mapping for 2nd app obj. to be mapped	unsigned 32	co 20002010	8h	SAE4 μm, 1 byte in 2002h, sub 01
	3 PDO Mapping for 3rd app obj. to be mapped	unsigned 32	co 20002020	8h	SAE6 μm, 1 byte in 2002h, sub 02
	4 PDO Mapping for 4th app obj. to be mapped	unsigned 32	co 20002030	8h	SAE14 μm, 1 byte in 2002h, sub 03
	5 PDO Mapping for 5th app obj. to be mapped	unsigned 32	co 20002040	8h	SAE21 μm, 1 byte in 2002h, sub 04
1A02h	TPDO3	Mapping Parameter	record
	0 Number of entries	unsigned 8	ro 05h largest sub index
	1 PDO Mapping for 1st app obj. to be mapped	unsigned 32	co 20000012	0h	Operating hours, 4 bytes
	2 PDO Mapping for 2nd app obj. to be mapped	unsigned 32	co 20003010	8h	Oil status bits, 1 byte
	3 PDO Mapping for 3rd app obj. to be mapped	unsigned 32	co 20003070	8h	Measurement bits, 1 byte
	4 PDO Mapping for 4th app obj. to be mapped	unsigned 32	co 20003080	8h	Sensor status bits, 1 byte
	5 PDO Mapping for 5th app obj. to be mapped	unsigned 32	co 20004000	8h	Temperature 1 byte
1A03h	TPDO4	Mapping Parameter	record
	0 Number of entries	unsigned 8	ro 03h largest sub index
	1 PDO Mapping for 1st app obj. to be mapped	unsigned 32	co 20000022	0h	Internal timestamp of the measurement, 4 bytes
	2 PDO Mapping for 2nd app obj. to be mapped	unsigned 32	co 20006010	8h	NAS, 1 byte in 2006h, sub 01
1F80h	NMT	Startup unsigned	32	rw 2 2 = no auto Operational	0 = automatically switch to Operational can also be set via 2031h sub 01
Idx Sldx	Idx Name	Type Attr.			Mapped auf PDO	Default Notes
2000h	Time related parameters of the sensor		record
	0 Number of entries		unsigned 8	ro 04h largest sub index
	1 Operating hours		unsigned 32	ro y Sensor up time in se-		conds
	2 Timestamp of the last measurement		unsigned 32	ro y Timestamp of the last		measurement
	3 Laser operating time in hours		unsigned 32	ro Operating hours of the		laser
	4	reserved	unsigned 32	ro			Time to next calibration - disabled for LDP100 Time to threshold to S1
2001h		ISO measurement	record
	0 Number of entries		unsigned 8	ro 04h largest sub index
	1	ISO4 μm unsigned 8	ro	y
	2	ISO6 μm unsigned 8	ro	y
	3	ISO14 μm	unsigned 8	ro	y
	4	ISO21 μm	unsigned 8	ro	y
2002h		SAE measurement	record
	0 Number of entries		unsigned 8	ro 04h largest sub index
	1 SAE4 μm unsigned 8		ro y		Offset of two to display 000, 00 and 0, valid to all classes 0 = SAE 000 1 = SAE 00 2 = SAE 0 3 = SAE 1 4 = SAE 2 ......
	2 SAE6 μm unsigned 8		ro	y
	3	SAE14 μm	unsigned 8	ro	y
	4	SAE21 μm	unsigned 8	ro	y
2003h		Condition Monitoring Bitfield	array
	0 Number of entries		unsigned 8	ro 08h largest sub index
Idx Sldx Name Type Attr.				Mapped auf PDO	Default Notes
2003h	Oil specific bits	unsigned 8	ro y 0	Concentration limit	exceeded1 Flow rate high2 Flow rate low3 Measured values not plausible (air...)4 Auto mode: Meas-Time reached5 Autoparts not reached6 Concentration too low	0: C>= ISO 231: F>5002: F<503: ISO(i+1)>= ISO(i)4: meas_time>= 3005: parts < autoparts6: C <= ISO 9
	2 reserved unsigned	8	ro
	3 reserved unsigned	8	ro Calibration hint - di-			sabled for LDP100Bit 0: Threshold S1 reachedBit 1: Threshold S5 reached
	4 reserved unsigned	8	ro
	5 reserved unsigned	8	ro
	6 reserved unsigned	8	ro
	7 Measurement info	unsigned 8	ro y Bit0: Measurement run-		ningBit1: Measurement mode: Time controlledBit2: Measurement mode: Digital I/OBit3: Measurement mode: ManualBit4: Alarm type: (1) Filter / (0) StandardBit5: Power-UpBit6: Alarm concentration (corresponds to the alarm LED being switched on)Bit7: Temperature alarm	Bit 6 and 7: corresponds to the alarm LED being switched on and the open collector pin
	8 Sensor alarm unsigned	8	ro y Bit0: Laser current high		Bit1 Laser current lowBit2: Photovoltage highBit3: Photovoltage lowBit4: Temperature highBit5: Temperature lowBit6: -Bit7: Measuring mode: Auto	0: I>2,8 mA1: I<1 mA2: U>4 V3: U<4 V4: T>80°C5: T<-20°C
2004h	sensor temperature	signed 8	ro y		temperature in °C
2005h	flow index unsigned	16	ro			Flow index (0..500)
2006h		NAS measurement	record
	number of entries	unsigned 8	ro		01h	largest sub index
Idx S	Idx Name Type Attr.				Mapped auf PDO	Default Notes
2006h	NAS	unsigned	8	ro y offset of one to display			00 and 00 = NAS 001 = NAS 02 = NAS 1...13 = NAS 12 (maximum value)
2020h	command	unsigned	8	wo 1 = start a measure-			ment2 = stop a measurement3 = intermediate result
2030h	measurement related settings		record
	0 Number of entries		unsigned 8	ro 4h largest sub index
	1 measurement time		unsigned 32	rw			Measurement Time in s
	2	hold time	unsigned 32	rw			Time between Measurements
	3	operation mode	unsigned 16	rw			0 = time Control1 = digital I/O2 = button3 = automatic
	4	History disable	unsigned 16	rw		0h	0 = history enabled1 = history disabled
2031h		startup settings	record
	0 Number of entries		unsigned 8	ro 4h largest sub index
	1	Startmode	unsigned 16	rw		0h	0 = Network with NMT Master (Init => PreOp => Start_Remote_Node => Operational)>0 = Network without NMT Master (Init => Operational)can also be set via 1F80h sub 00
	2	Communication type	unsigned 16	rw			Enabled communication interface:0: reserved1: CANopen2: auto3: J1939
	3 Baudrate CAN	unsigned 16	rw				Baudrate CAN:3: 125k4: 250k5: 500k6: 1000k
2032h		standard & alarm related settings	record

Idx Sldx Name Type Attr.				Mapped auf PDO	Default Notes
2032h	0 Number of entries	unsigned 8	ro 9h	largest sub index
	1 Display & Alarm Standard	unsigned 16	rw Displayed Standard		and Alarm Trigger Bit Setting0 = ISO1 = SAE2 = NAS
	2 Alarm Type unsigned	16	rw 0 = standard alarm		1 = filter mode
	3 Temperature alarm value	unsigned 8	rw Value range: 0..85 °C		0 = deactivated
	4	ISO/SAE4 μm	unsigned 8	rw		alarm threshold 4 μm
	5	ISO/SAE6 μm	unsigned 8	rw		alarm threshold 4 μm
	6 ISO/SAE14 μm	unsigned 8	rw			alarm threshold 4 μm
	7 ISO/SAE21 μm	unsigned 8	rw			alarm threshold 4 μm
	8 NAS unsigned	8	rw			alarm threshold NAS
2100h	0 readmem control functions	record
	0 Number of entries	unsigned 8	ro 4h	largest sub index
	1	Size of history memory	unsigned 32	ro		device dependand
	2	Used history mem	unsigned 32	ro		used datasets within memory (corresponds internally to write pointer)
	3	Reading pointer, dataset	unsigned 32	rw		autoincrementing read pointer to a dataset for history memory reading; can be between 0 and current write pointer
	4	Clear history memory	unsigned 16	wo		1 = clear memory

Idx SIdx	Idx Name	Type Attr.			Mapped auf PDO	Default Notes
2101h	0	readmem Initiate segmented SDO data upload	unsigned 32	ro Appropriate	Pointer	has to be set (with 2100sub3) before start reading,Size of the record will be sent back on reading	This initiates a standardised "segmented SDO upload". Please note: change a toggle bit for each data set and set the corresponding bit at the endset the corresponding bit at the end of the complete transferhttp://www.canopen-solutions.com/english/about_canopen/device_configuration_canopen.shtml

13.2 CAN J1939

PGN SPN length (Bit) SPN	Name Description Units
0xFF02 8 520201 NAS Contamination represented as			NAS standard: Offset of one in order to represent 00 and 0, valid for all classes0 = NAS 001 = NAS 02 = NAS 13 = NAS 24 == NAS 3......13 = NAS 12 (maximum value)	Ordinal numeral
0xFF02 8 520202 reserved
0xFF03 32 520203 Current internal time (operating hours, in seconds)			Current internal operating time seconds
0xFF03 8 520204 Oil state bits	Bit 0: concentration threshold		exceeded (>= ISO 23)Bit 1: high flow (>500 ml/min)Bit 2: low flow (<50 ml/min)Bit 3: measurements not plausible (e.g. air, ISO(i+1)>=ISO(i))
0xFF03 8 520205	Measure state bits	Bit 0: measurement in progress	Bit 1: measurement type (time controlled)Bit 2: measurement type I/O (digital input)Bit 3: measurement type manual (Button/CANopen/J1939)Bit 4: Alarm mode: Filter / StandardBit 5: Power-UpBit 6: Alarm concentration (corresponds with alarm-LED)Bit 7: temperature alarm triggered
0xFF03 8 520206	Sensor status bits	Bit 0: Laser current high(I >2,8 mA)Bit 1: Laser current low (I <1 mA)Bit 2: Photodiode voltage high (U >4 V)Bit 3: Photodiode voltage low (U <4 V)Bit 4: Temperature high (T >80 °C)Bit 5: Temperature low (T < -20 °C)Bit 6: -Bit 7: Measurement mode: Auto
0xFF03 8 520207	Temperature	Device temperature resolution1 bit/KOffset: 40 °C (0 = -40 °C; 40 = 0 °C; 140 = 100 °C)	°C
0xFF04 24 520208	PCB Serial number	Serial number
0xFF04 12 520209	Current measurement timein seconds	Current measurement time in seconds (range: 0x0..0xFFFF, maximum value 3599 seconds)	seconds
0xFF04 20 520210	Delay time between two measurements in seconds	Delay time between two measurements in seconds (Range: 0x1..0x1517F, corresponds to 1-86399 seconds)	seconds

PGN SPN length (Bit) SPN	Name Description Units
0xFF04 8 520211 Findex/2000	Current Flowindex (set or calcu-	lated)
0xFF05 32 520212 Laser operating time Laser operating time in seconds
0xFF05 32 520213 reserved
0xFF06 8 520214 Partikel 4 μm	Particles in 4 μm class in current	measurement =(LOG2(concentration)+1)*10
0xFF06 8 520215 Partikel 6 μm	Particles in 6 μm class in current	measurement =(LOG2(concentration)+1)*10
0xFF06 8 520216 Partikel 14 μm	Particles in 14 μm class in cur-	rent measurement =(LOG2(concentration)+1)*10
0xFF06 8 520217 Partikel 21 μm	Particles in 21 μm class in cur-	rent measurement =(LOG2(concentration)+1)*10

13.2.4.2 PDU 1 (addressed)

					Device address (Node ID)	32				Parameter
Type	Direction	Prio	R	DP	PF	PS	SA	PGN	29Bit ID (hex)	Byte 0	Byte 1	Byte 2	Byte 3	Byte 4	Byte 5	Byte 6	Byte 7
PDU1	Rx	7	0	0	239	32	0	0xEF20	0x1CEF2000	1							Start and stop measurement (F in measurement mode 2)1 = Start of a measurement2 = Stop of a measurement3 = immediate result
PDU1	Rx	7	0	0	239	32	0	0xEF20	0x1CEF2000	2						Measurement mode0 = Time Control1 = Digital I/O-Pin2 = Button/CANopen/J1309 Control3 = Automatic
PDU1	Rx	7	0	0	239	32	0	0xEF20	0x1CEF2000	3							History disable0 = History enabled1 = History disabled
PDU1	Rx	7	0	0	239	32	0	0xEF20	0x1CEF2000	4			Measurement time in seconds (Range: 0x1E, 0x12C; corresponds to 30-300 seconds)		Delay time between two measurements in seconds (Range: 3x1, 3x15/7F; corresponds to 1-80368 seconds)
PDU1	Rx	7	0	0	239	32	0	0xEF20	0x1CEF2000	5				Amount of measurements used for arithmetic mean of concentration Alarm		Alarm Type0 = Standard Mode1 = Filter Mode	Display & Alarm Standard Displayed Standard and Alarm Trigger Bit Setting0 = ISO1 = SAE2 = NAS

					Device address (Node ID)	32				Parameter
Type	Direction	Prior	R	DP	PF	PS	SA	PGN	29BIT ID	(hex)	Byte 0	Byte 1	Byte 2	Byte 3	Byte 4	Byte 5	Byte 6	Byte 7
PDU1	Rx	7	0	0	239	32	0	0xEF20		0x1CEF2000		8				ordinal numeral (ISO/SAE) for alarm at 4 μm	ordinal numeral (ISO/SAE) for alarm at 14 μm	ordinal numeral (ISO/SAE) for alarm at 21 μm
PDU1	Rx	7	0	0	239	32	0	0xEF20		0x1CEF2000		7							ordinal numeral NAS for alarm
PDU1	Rx	7	0	0	239	32	0	0xEF20		0x1CEF2000		8						reserved
PDU1	Rx	7	0	0	239	32	0	0xEF20		0x1CEF2000		9							Alarm threshold temperature, range: 0.85°C0 = deactivated
PDU1	Rx	7	0	0	239	32	0	0xEF20		0x1CEF2000		10							enable communication interface:0: reserved1: CANopen2: auto3: J1909
PDU1	Rx	7	0	0	239	32	0	0xEF20		0x1CEF2000		11							CAN-Statistic:3: 125x 4: 250x 5: 500x 6: 1000x
PDU1	Rx	7	0	0	239	32	0	0xEF20		0x1CEF2000		12							reserved
PDU1	Rx	7	0	0	239	32	0	0xEF20		0x1CEF2000		13					CAN Node-ID
PDU1	Rx	7	0	0	239	32	0	0xEF20		0x1CEF2000		14							CAN Terminator0 = off1 = on

					Device address (Node ID)	32				Parameter
Type	Direction	Prio	R	DP	PF	PS	SA	PGN	29Bit ID (hex)	Byte 0	Byte 1	Byte 2	Byte 3	Byte 4	Byte 5	Byte 6	Byte 7
POU1	Rx	7	0	0	239	32	0	0xEF20	0x1CEF2000	15						Flow in deciled mode, if 0 is set, the device calculates the flow automatically, if range between 50 and 500, flow is fixed to the value
POU1	Rx	7	0	0	239	32	0	0xEF20	0x1CEF2000	16						Amount of particles to be detected in automatic mode
POU1	Rx	7	0	0	239	32	0	0xEF20	0x1CEF2000	17					Mask for PGNs of PDU2 format to be send, if bit (value of which corresponds with PS of POU2) is TRUE, then the PGN will be send e.g.: 0x000F switches on the SPN		transmission interval of all PGNs of PDU2 format in seconds0 = as soon as new value is available>0 = interval in seconds (Default = 10)
POU1	Rx	7	0	0	239	32	0	0xEF20	0x1CEF2000	250						0x55 = Refort the device

13.2.4.3 PDU 2 (Broadcast)

Device address (Node ID):

32

Type

Direction

Priority

R

DP

PF

PS SA

PCN

208-10 (free)

Byte 5

Byte 1

Byte 2

Byte 3

Byte 4

Byte 5

Byte 6

Byte 7

FDU2

Tx

7.0

0

255

0

32

DFF00

0xCF0020

Internal time stamp of the measurement

ISO 4pm

ISO 5pm

ISO 7pm

ISO 21pm

ISO 21pm

FDU2

Tx

7

0

255

1

32

Cell-101

0xCF10100

Internal time stamp of the measurement

504.4pm

504.5pm

504.11pm

504.21pm

504.21pm

SAE Standard coding: Offset of low in order to approximate 000, 00 and 0, walk in all channels0 = SAE 000, 1 = SAE 00, 2 = SAE 0, 3 = SAE 1, 4 = SAE 2

FDU2

Tx

7

0

255

2

32

Cell-100

0xCF1020

Internal time stamp of the measurement

measured

NAS

FDU2

Tx

7

0

255

9

32

DFF00

0xCF0020

Current signal line spacing four. In second

Off state bits

Measure state bits

Sensor status bits

Temperature

B10, concentration, measured around 10 - ISO 251B11 High flow (>500 ml/minB12 Low flow) (GB/cm2)B13 measurement, not pulse rate (e.g., 100) *1/(100cm)

B10 measurement in progress(0.1 measurement type data enclosed)(0.12 measurement type IO (pathable power)B12 measurement type manual(Extrusion/CAV/Type I/1935)B13 Gamma mode Filter StandardsB14 Pressure B16 Alarm re-coumation (consequences with alarm LED)B17 Temperature alarm triggered

B10 Laser current Nigh (≥2.5mA)(0.1 Laser current, low (≥3.5mA)B12 Photodiode voltage high (0-4V)B13 Photodiode voltage low (0-4V)B14 Temporal, no high (100°C)B15 Temporal, low (7x 20°C)B16B17 Measurement mode Auto

Device temperature measurement, 10%Chase: 40°C (≥ -40°C; 40 = 95°C; <40 = 100°C)

FDU2

Tx

7

0

255

4

32

Cell-104

0xCF10400

PCR Signal number

Bis 31.75 Current measurement time in seconds (Range bits), 16x11 minimum value (1000 respectively). Incontinuation mode 7 is ordered. For current time arrival slot of the measurement, a linear channel here.Bis 10.0 delay time between low measurements in seconds/Hz, 60x DFFFFF maximum value 98390 seconds[

Fracless 2000

FDU2

Tx

7

0

255

5

32

Cell-105

0xCF10200

I wave operating time

measured

FDU2

Tx

7

0

255

6

32

DFF00

0xCF0020

Internal time stamp of the measurement

Per minute 4pmnL/LOG/over controls*4*7*0

Per minute 5pmn+LOG/concentration*4*10

Per minute 14pmn nL/LOG/concentration*4*11*0

Per minute 21pmn nL/LOG/concentration*4*11*0

FDU2

Tx

7

0

255

7

32

Cell-107

0xCF10200

(ISO) E 1012 digital panel number (K500)

14 Fonctionnement

① d = 17 µm

Fig. 14: Particule 1 = 153,9 m ^2

① d = 14 µm(c)

Fig. 15: Particule 1 = 153,9 m ^2