瑞士Elpro-Buchs AG 傳感器 數(shù)據(jù)采集儀

瑞士Aquasant AG傳感器

德國(guó)SECATEC electronic GmbH 傳感器

德國(guó)OPTOcon AG傳感器

產(chǎn)品系列：

:王工
同號(hào)
      449147851
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OEM-Board
 

Measure 100 x 160 x 40 mm

Weight 450g

Power input 9-12 Volt, 450mA

Measurement range 0-300°C, others on request, RS232 for datalogging, Analogout 4-20 mA or 0-10 Volt.

FOTEMP1-OEM-Box is a fiberoptical one-channel thermometer for temperature measurement in high electromagnetic interfered environment.   It is suitable for the installation in e.g. microwave applications or drying furnaces. Due to the compact design upgrading or retrofitting is possible into already existing series. With the integrated RS-232 interface or the BNC analogue output (0-10V) regulation also possible for complex temperature gradients.   The fiber optic probe consists of a GaAs (gallium arsenide) probe tip, which is compley non-metallic. Length of the probe is 1m, different probe lengths and configurations on request.   Area of application lies between 0°C und 300°C.     FOTEMP1, 1-Channel-Thermometer Fotemp1 is a fiberoptical thermometer used for temperature measurement in high electromagnetic interfered environment, in microwave fields and places where measurement with electric temperature probes is not possible. Area of application lies between 0°C und 300°C. Fotemp1 will enable you to carry out comfortable and save temperature measurement even in changing environment due to its excellent system accuracy ± 2°C. Via the analogue interfaces of the instrument the provided software can be used for excellent control of the results received. Fotemp1 is an user-friendly, easy operating and compact measurement instrument for different fields of application. For example: Medical Engineering (nuclear spin tomography) Microwave - and high frequency applications Process monitoring Generator - and transformer techniques Electric motors Applications in aeronautics Chemistry and petrochemistry If interested, you can rent an instrument for one-week.   FOTEMP1, 1-Channel  Download Datasheet   FOTEMP1, 1-Channel-Thermometer Fotemp1 is a fiberoptical thermometer used for temperature measurement in high electromagnetic interfered environment, in microwave fields and places where measurement with electric temperature probes is not possible. Area of application lies between 0°C und 300°C. Fotemp1 will enable you to carry out comfortable and save temperature measurement even in changing environment due to its excellent system accuracy ± 2°C. Via the analogue interfaces of the instrument the provided software can be used for excellent control of the results received. Fotemp1 is an user-friendly, easy operating and compact measurement instrument for different fields of application. For example: Medical Engineering (nuclear spin tomography) Microwave - and high frequency applications Process monitoring Generator - and transformer techniques Electric motors Applications in aeronautics Chemistry and petrochemistry If interested, you can rent an instrument for one-week.   FOTEMP1, Handhel FOTEMP1, 1-Channel-Thermometer Fotemp1 is a fiberoptical thermometer used for temperature measurement in high electromagnetic interfered environment, in microwave fields and places where measurement with electric temperature probes is not possible. Area of application lies between 0°C und 300°C. Fotemp1 will enable you to carry out comfortable and save temperature measurement even in changing environment due to its excellent system accuracy ± 2°C. Via the analogue interfaces of the instrument the provided software can be used for excellent control of the results received. Fotemp1 is an user-friendly, easy operating and compact measurement instrument for different fields of application. For example: Medical Engineering (nuclear spin tomography) Microwave - and high frequency applications Process monitoring Generator - and transformer techniques Electric motors Applications in aeronautics Chemistry and petrochemistry If interested, you can rent an instrument for one-week.   FOTEMP1, Handhel   FOTEMP4, 4-Channel-Thermometer Fotemp4 is a fiberoptical thermometer used for temperature measurement in high electromagnetic interfered environment, in microwave fields and places where measurement with electric temperature probes is not possible. Area of application lies between 0°C und 300°C. Fotemp4 will enable you to carry out comfortable and save temperature measurement even in changing environment due to its excellent system accuracy ± 2°C. Via the analogue interfaces of the instrument the provided software can be used for excellent control of the results received. Fotemp4 is an user-friendly, easy operating and compact measurement instrument for different fields of application. For example: Medical Engineering (nuclear spin tomography) Microwave - and high frequency applications Process monitoring Generator - and transformer techniques Electric motors Applications in aeronautics Chemistry and petrochemistry If interested, you can rent an instrument for one-week.   FOTEMP4, 4-channel  Download Datasheet     Fast FOTEMP4 16“ rack   FOTEMP Multi-Channel   FOTEMP Multi-Channel complete our product range of fiberoptical temperature measurement instruments. The instruments are manufactured starting at a channel number of 6 in 19’’ boxes. Instruments with smaller channel numbers (below 6) are offered in table cases. Up to 255 measuring channels are practicable.   The communication is internally carried out via the RS485 bus. The data transmission to PC or notebook computer is provided via a RS232 or USB interface. Besides that, all modules feature an additional analog output, 0-10 V or 4-20. Since all modules work independently a fast test value recording and evaluation is possible. Visualization and data saving of the temperature scale is carried out by the software provided at purchase. The available measurement range of the Multi-Channel is -200°C to 300°C. The measurement within this temperature range requires corresponding sensors from our supply spectrum and calibration.   The standard measurement range of the probes ranges between 0°C to 200°C. On request probes for the measurement range 200°C to +300°C, as well as high time resolution can be offered.   All probes can be adapted individually to the measuring problem of the customer.   All probes can be adjusted to customer needs. The shown probes are typical examples.   TS1-S Diameter 0,9mm, probe tip polyimid, Tmax = 300°C TS1 Diameter of first 10 mm is 1,6 mm Rest diameter is 1,3 mm, Tmax = 300°C                 All probes can be adjusted to customer needs. The shown probes are typical examples. TS2 standard probe, teflon diameter probe tip 1,2 mm, Tmax = 300°C   All probes can be adjusted to customer needs. The shown probes are typical examples. TS3 special probe for microwave – and high frequency applications Length 125 mm in polyimid Tmax = 300°C   All probes can be adjusted to customer needs. The shown probes are typical examples.   TS4 compley teflon, diameter 2 mm, Tmax = 300°C           All probes can be adjusted to customer needs. The shown probes are typical examples.   TS5 probe tip compley polyimid diameter 0,6mm, Tmax = 300°C       Cable feedthroughs   Vacuum feedthroughs and feedthroughs for high pressure applications are available.   By customer requirement high pressure feedthroughs up to 12 bar certified by measured leakage rate of helium can be offerd.         Couple Blocks   We offer customizable adapters to attach fiberoptic temperature sensors to current bars, for instance.   These adapters consist of glass ceramics. We solve measurement problems as well as fulfill customer-specific adaption requirements.

inductive sensors

• starting at Ø 3mm
• DC-, Namur- and AC-versions
• plug or cable connection
• normally open, normally closed, antivalent output
• 2-, 3- und 4-wire technology
• stainless steel, brass-, plastic housings
• short circuit protection/reverse battery protection/overload protection
• pressure resistant sensors up to 300 bar
• special designs on request
• catalogue inductive standard  
• datasheets inductive standard

capacitive sensors

• starting at size M12
• plug or cable connection
• normally open, normally closed output
• stainless steel, brass-, plastic housings
• short circuit protection/reverse battery protection/overload protection
• special designs on request
• catalogue capacitive standard  
• datasheets capacitive standard

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magnetic switches for general applications
heat-resistant magnetic switches

• normally open, normally closed, change-over contact, bistable as well
• high vibration resistance
• LED indicator
• special designs on request
• heat-resistant versions
• catalogue magnetic switches general standard  
• datasheets magnetic switches general standard
• catalogue heat-resistant magnetic switches  
• datasheets heat-resistant magnetic switches

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magnetic switches for elevators

• normally open, normally closed, change-over contact, bistable as well
• plug or cable connection
• LED indicator
• special designs on request
• catalogue magnetic switches for elevators standard  
• datasheets magnetic switches for elevators standard

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sensors for cylinders

• 2- and 3-wire reed contact, electronic versions as well
• plug or cable connection
• LED indicator
• special designs on request
• catalogue sensors for cylinders
  standard  
• datasheets sensors for cylinders standard

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level sensors

• potential-free
• robust and wearless
• high repeat accuracy
• selectable tube length up to 2m
• free selectable number and position of switch-points
• acid-proof versions available
• plug or cable connection
• catalogue level sensors standard  
• datasheets level sensors standard

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-approved magnetic switches, burst sensors

• normally open, normally closed, change-over contact, bistable as well
• miscellaneous designs
• cable connection
• catalogue Ex-approved magnetic switches, burst sensors standard  
• datasheets Ex-approved magnetic switches, burst sensors standard
• ATEX-approvals

  conformity of the construction method: KEMA 06ATEXQ0012  
  MKR13X...: KEMA 02ATEX1288 X  
  MKF19X...: KEMA 02ATEX1248 X  
  GKR18X...: KEMA 02ATEX1248 X  
  GKR18X...: KEMA 03ATEX2102 X  
  GMG12O...: IBExU05ATEX1035  
  MMG12O...: IBExU06ATEX1030  

• IECEx-approvals

  Quality Assessment Report: NL/KEM/QAR07.0016/00
  MKR13X.AK: IECEx KEM 08.0009 X  
  MKF19X.AK: IECEx KEM 08.0009 X  
  GKR18XSAK: IECEx KEM 08.0009 X  
  GKR18XUAK: IECEx KEM 08.0009 X  

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other sensors and equipment

• on request:
  hybrid circuit technology
  electronic position detection
  angle sensors
  accessories

Sensor Type AF21

	Technical data
	Ex-classification:	EEx ia IIC T4
	Operating temperature:	-190°C to 350°C
	Ambient temperature:	-30°C to 80°C
	Operating pressure:	-0.5 to 20 bar
	Self monitoring:	yes
	Mounting connection:	G1"
	Mounting length:	max. 1000mm
	Material wet side:	1.4435, Quartz-Glass
	Control system types:	AS1, AS8, AS9, AN3, AN9, AS51-E24
	Inline sterilization possible

• Main area of applications: High-/low alarm, overfill safety device, leakage control in refineries, distilleries, pump control, offshore, protection against unlubricated operation, tanker vessels, acid storage, pharmaceutical- and chemical industry
• Liquid/Media: Liquid fuel, LPG, acids, mineral oil etc.

PDF AF21 Datasheet

Sensor Type AF42

	Technical data
	Ex-classification:	EEx ia IIC T4
	Operating temperature:	-30°C to 80°C
	Operating pressure:	-0.5 to 20 bar
	Self monitoring:	yes
	Mounting connection:	G1"
	Mounting length:	according to customer spec.
	Material wet side:	1.4435, Quartz-Glass
	Control system types:	AS1, AS8, AS9, AN3, AN9, AS51-E24
	Inline sterilization possible

• Main area of applications: Low alarm (fail save) in process industry, LPG caverns, refineries, tank farms, acid production, pharmaceutical and chemical industry etc.
• Liquid/Media: Liquid fuel, LPG, oil, beer, wine, palm oil, acid, solvent etc.

PDF AF42 Datasheet

Sensor Type AF33 (fibre-optic technology)

	Technical data
	Ex-classification:	EEx ia IIC T4
	Operating temperature:	-30°C to 80°C
	Operating pressure:	-0.5 to 20 bar
	Self monitoring:	yes
	Mounting connection:	G1"/ Flange DIN/ANSI
	Mounting length:	max. 3185 mm
	Material wet side:	1.4435, Quartz-Glass
	Control system types:	AS1, AS8, AS9, AN3, AN9, AS51-E24
	Inline sterilization possible

Due to fibre-optic technology no lightning protection necessary!

• Main area of applications: High-/low alarm, overfill safety device, leakage control in refineries, distilleries, pump control, offshore, protection against unlubricated operation, tanker vessels, acid storage, pharmaceutical- and chemical industry
• Liquid/Media: Liquid fuel, LPG, acid, mineral oil, solvent, vegetable /animal oil in food industry, beverage production, various fluids in laboratories and hospitals etc.

PDF AF33 (fibre-optic technology) Datasheet

Sensor Type AF1S

	Technical data
	Ex-classification:	EEx ia IIC T4
	Operating temperature:	-30°C to 70°C
	Operating pressure:	-0.5 bar to 7bar
	Self monitoring:	yes
	Mounting connection:	G1"
	Mounting length:	according to customer spec.
	Material wet side:	Polyamide 66, Duran Glass
	Control system types:	AS1, AS8, AS9, AN3, AN9, AS51-E24

• Main area of applications: High alarm, overfill safety device, leakage control
• Liquid/Media: Mineral oils, fuels, water purification

PDF AF1S Datasheet

Sensor Type AF6

	Technical data
	Operating temperature:	-30°C to 70°C
	Operating pressure:	-0.5 bar to 7bar
	Self monitoring:	yes
	Mounting connection:	G1"
	Mounting length:	according to customer spec.
	Material wet side:	Polyamide 66, Duran Glass
	Control system types:	AS6.1, AS6.2, AS6.3, AS6.4

• Main area of applications: High alarm, Overfill safety device, Leakage control
• Liquid/Media: Caustic solution, various oils, liquids in the food-/beverage industry- and animal fodder industry etc.

PDF AF6 Datasheet

Sensor Type AF23

	Technical data
	Ex-classification:	EEx ia IIC T4
	Operating temperature:	-30°C to 80°C
	Operating pressure:	-0.5 to 20 bar
	Self monitoring:	yes
	Mounting connection:	G1"/Flange DIN/ANSI
	Mounting length:	according to customer spec.
	Material wet side:	1.4435, Duran-Glass
	Control system types:	AS1, AS8, AS9, AN3, AN9, AS51-E24
	Inline sterilization possible

• Main area of applications: High-/low alarm, leakage monitoring in refineries and tank farms, distilleries, offshore, acid production, pharmaceutical- and chemical industry, laboratories, overfill safety device on tanker vessels, production- and racking plants in beverage industry, protection against unlubricated operation for gas-compressors and turbines etc.
• Liquid/Media: Liquid fuel, LPG, oil, beer, wine, palm oil, acid, solvent etc.

PDF AF23 Datasheet

Sensor Type AFS11 (with integrated self-monitoring evaluation)

	Technical data
	Supply voltage:	24V AC/DC ±20%
	Power:	app. 0.6VA (15mA to 30mA)
	Relay circuit:	max. 50mA / 30V AC/DC / 0.45W
	Insulation voltage:	750V AC 1min.
	Operating temperature:	-25°C to 75°C
	Operating pressure:	-0.5 to 7 bar
	Self monitoring:	yes
	Mounting connection:	G1"
	Mounting length:	according to customer spec.
	Material wet side:	Polyamide 66, Duran-Glass

The short-circuit proof output of the AFS11 Level sensor can be connected directly to a PLC.

• Main area of applications: High alarm, leakage monitoring, overfill safety devices
• Liquid/Media: Mineral oils, fuels, water purification etc.

PDF AFS11 Datasheet

Sensor Type AFS12 (with integrated self-monitoring evaluation)

	Technical data
	Supply voltage:	24V AC/DC ±20%
	Power:	app. 0.6VA (15mA to 30mA)
	Relay circuit:	max. 50mA / 30V AC/DC / 0.45W
	Insulation voltage:	750V AC 1min.
	Operating temperature:	-25°C to 75°C
	Operating pressure:	-0.5 to 7 bar
	Self monitoring:	yes
	Mounting connection:	G1"
	Mounting length:	according to customer spec.
	Material wet side:	1.4435, Duran-Glass

The short-circuit proof output of the AFS12 Level sensor can be connected directly to a PLC.

• Main area of applications: High alarm, leakage monitoring, overfill safety devices
• Liquid/Media: Chemicals, acid, solvent, vegetable /animal oil in food industry, beverage production, various fluids in laboratories and hospitals etc.

PDF AFS12 Datasheet

Control Systems

Control system Type AS9-E24 (two wire technology)

	Technical data
	*Ex-classification:	[EEx ia] IIC
	Auxiliary voltage:	24V AC/DC ±10%
	Relay contacts:	max. 0.5A, max. 48VAC, max. 50VA
	Sensor circuitry:	(intrinsically safe, self monitoring) Uo:7.2V, lo:<68mA, Co:<14, 5µF, Lo:<6Mh
	Temperature range:	-20°C to 40°C
	Response delay:	1 sec. ±50%
	Type of protection:	IP20
	Dimensions:	European standard board 100 x 160mm
	Output:	2 potential-free change-over contacts

Options:
Type VE9 local electronic

To be operated with sensor type: AF24, AF26, AF31, AF32, AF36

*With local electronic type VE9 to be used in [EEx ia] IIC environment together with sensor types: AF1S, AF21, AF23, AF33, AF35, AF42.

The control system AS9-24 offers high disturbance immunity for long (up to 1500m) cable installations.

Controls:
Test button for the functional inspection of the appropriate sensor and the control system.

Self monitoring:
The patented self-monitoring triggers an alarm in case of malfunction of the sensor, a failure in the connection cable, or a fault in the control system.

PDF AS9-E24 Datasheet

Control system Type AS1

	Technical data
	Ex-classification:	[EEx ia] IIC
	Auxiliary voltage:	230V ±10%, 50Hz
	Relay contacts:	max. 1A, max. 250VAC, max. 250VA
	Sensor circuitry:	(intrinsically safe, self monitoring) Uo :7.2V, lo:77mA, Co:14, 5µF, Lo:6mH
	Temperature range:	-20°C to 40°C
	Response delay:	1 sec. ±50%
	Type of protection:	IP54
	Dimensions:	HxD: 132x71x137mm
	Output:	2 potential-free change-over contacts

Options: Type AS1.2 with acoustic alarm

To be operated with sensor types: AF1S, AF21, AF23, AF33, AF42
 

Controls:
Test button for the functional inspection of the appropriate sensor and the control system. Reset key for the acknowledgement of the acoustic alarm. Relay output remains on alarm.

Self monitoring:
The patented self-monitoring triggers an alarm in case of malfunction of the sensor, failure in the connection cable, or fault in the control system.

PDF AS1 Datasheet

Control system Type AS6

	Technical data
	Auxiliary voltage:
	Type AS6.1/AS6.2:	230V ±10%, 50Hz
	Type AS6.3/AS6.4:	24VAC/DC ±10%
	Relay contacts:	max. 1A, max. 250VAC, max. 100VA
	Opto electronic coupler:	5..24VDC, 10mA +10%
	Sensor circuitry:	(intrinsically safe, self monitoring) Uo :7.2V, lo:82mA
	Temperature range:	-20°C to 40°C
	Response delay:	1 sec. ±50% Type AS6.2/6.4: 0.5 to 10 sec. -10 ...+50%
	Type of protection:	IP54
	Dimensions:	HxD: 77x39x92 mm

To be operated with sensor type: AF6

Controls:
Test button for the functional inspection of the appropriate sensor and the control system. Type AS6.2 and AS6.4 cover the option to adjust the sensitivity as well as the response delay of the sensor.

Self monitoring:
The patented self-monitoring triggers an alarm in case of malfunction of the sensor, a failure in the connection cable, or a fault in the control system.

PDF AS6 Datasheet

Control system Type AN3

	Technical data
	*Ex-classification:	[EEx ia] IIC
	Auxiliary voltage:	230V ±10%, 50Hz
	Relay contacts:	max. 1A, max. 250VAC, max. 250VA
	Sensor circuitry:	(intrinsically safe, self monitoring) Uo:7.2V, lo:89mA, Co:13, 5µF, Lo:5mH
	Temperature range:	-20°C to 40°C
	Response delay:	1 sec. ±50%
	Type of protection:	IP54
	Dimensions:	HxD: 132x71x137 mm
	Output:	2 potential-free change-over contacts (with hold fuction)

To be operated with sensor type: AF24, AF26, AF31, AF32, AF36

*For operation in [EEx ia] IIC T4 environment: Operate with sensor type: AF1S, AF21, AF23, AF33, AF35, AF42.

Controls:
Test button for the functional inspection of the appropriate sensor and the control system.

Self monitoring:
The patented self-monitoring triggers an alarm in case of malfunction of the sensor, a failure in the connection cable, or a fault in the control system.

PDF AN3 Datasheet

Control system Type AS8

	Technical data
	Ex-classification:	[EEx ia] IIC
	Auxiliary voltage:	230V ±10%, 50Hz
	Relay contacts:	max. 1A, max. 250VAC, max. 250VA
	Sensor circuitry:	(intrinsically safe, self monitoring) Uo:7.2V, lo:89mA, Co:13, 5µF, Lo:5mH
	Temperature range:	-20°C to 40°C
	Response delay:	1 sec. ±50%
	Type of protection:	IP54
	Dimensions:	HxD: 132x71x137 mm
	Output:	2 resp. 3 potential-free change-over contact

Options:
Type AS8.2: With two sensor circuits and two potential free change-over contacts.
Type AS8.3: With three sensor circuits and three potential free change-over contacts.

To be operated with sensor type: AF1S, AF21, AF23, AF33, AF42

Controls:
Test button for the functional inspection of the appropriate sensor and the control system.

Self monitoring:
The patented self-monitoring triggers an alarm in case of malfunction of the sensor, a failure in the connection cable, or a fault in the control system.

PDF AS8 Datasheet

Control system Type AS9 (two wire technology)

	Technical data
	*Ex-classification:	[EEx ia] IIC
	Auxiliary voltage:	230V ±10%, 50Hz
	Relay contacts:	max. 1A, max. 250VAC, max. 250VA
	Sensor circuitry:	(intrinsically safe, self monitoring) Uo:7.2V, lo:133mA, Co:13, 5µF, Lo:1.3mH
	Temperature range:	-20°C to 40°C
	Response delay:	1 sec. ±50%
	Type of protection:	IP54
	Dimensions:	HxD: 132x71x137 mm
	Output:	1, 2 or 3 potential-free change-over contacts

Options:
Type AS9.1: with one potential free change-over contact.
Type AS9.2: with two potential free change-over contacts.
Type AS9.3: with three potential free change-over contacts.

Type VE9: Local electronic

To be operated with sensor type: AF24, AF26, AF31, AF32, AF36

*With local electronic type VE9 to be used in [EEx ia] IIC T4 environment together with sensor types: AF1S, AF21, AF23, AF33, AF35, AF42.

The control system AS9 offers high disturbance immunity for long (up to 1500m) cable installations.

Controls:
Test button for the functional inspection of the appropriate sensor and the control system.

Self monitoring:
The patented self-monitoring triggers an alarm in case of malfunction of the sensor, a failure in the connection cable, or a fault in the control system.

PDF AS9 Datasheet

Control system Type AS51-E24 / AS83-E24

	Technical data
	*Ex-classification:	[EEx ia] IIC
	Auxiliary voltage:	24V AC/DC ±10%
	Relay contacts:	max. 0.5A, max. 48VAC, max. 50VA
	Sensor circuitry:	(intrinsically safe self monitoring) Uo:7.2V, lo:<68mA, Co:<14, 5µF, Lo:<6mH
	Temperature range:	-20°C to 40°C
	Response delay:	Type AS51-E24: 1 sec. ±50% Type AS83-E24: 0.5 to 20 sec. ±50%
	Type of protection:	IP20
	Dimensions:	European standard board 100 x 160mm
	Output:	2 potential-free change-over contacts

Options:
Type VE9:Local electronic

To be operated with sensor type: AF23, AF26, AF31, AF32, AF36

*For the use in [EEx ia] IIC environment together with sensor types: AF1S, AF21, AF23, AF33, AF35, AF42.

Controls:
Test button for the functional inspection of the appropriate sensor and the control system.
Type AS83-E24 covers the option to adjust the sensitivity as well as the response delay of the sensor.

Self monitoring:
The patented self-monitoring triggers an alarm in case of malfunction of the sensor, a failure in the connection cable, or a fault in the control system.

PDF AS51-E24 Datasheet

PDF AS83-E24 Datasheet

«

Conductance Probes

Conductance Probes Type LS11, LS12

	Technical data
	Ex-classification:	EEx ia IIC T4
	Operating temperature:	-30°C to 80°C
	Operating pressure:	-0.5 to 5 bar
	Mounting connection:	Shackle
	Mounting length:	according to customer spec.
	Material wet side:	1.4435, PTFE
	Control system types:	AS9, AN9, AS9-E24

• Main area of applications: Pump control, pump-well pool, hollow-space monitoring for tanks. Interface applications for oil / water or conducting / non-conducting.
• Liquid/Media: oil/water

PDF LS11 Datasheet

PDF LS12 Datasheet

Conductance Probes Type LS13

	Technical data
	Ex-classification:	EEx ia IIC T4
	Operating temperature:	-30°C to 80°C
	Operating pressure:	-0.5 to 5 bar
	Mounting connection:	G1"
	Mounting length:	according to customer spec.
	Material wet side:	1.4435, PTFE
	Control system types:	AS9, AN9, AS9-E24

• Main area of applications: Pump control, pump-well pool, hollow-space monitoring for tanks. Interface applications for oil / water or conducting / non-conducting.
• Liquid/Media: oil/water

PDF LS13 Datasheet

Conductance Probes Type LS21

	Technical data
	Ex-classification:	EEx ia IIC T4
	Operating temperature:	-30°C to 80°C
	Operating pressure:	-0.5 to 5 bar
	Mounting connection:	Shackle
	Mounting length:	according to customer spec.
	Material wet side:	1.4435, Kynar
	Control system types:	AS9, AN9, AS9-E24

• Main area of applications: Oil separators, pool monitoring for tank-storage facilities and underground tanks, etc. Interface applications (layers of approx. 3mm) oil / water or conducting / non-conducting, following the level, lift height of 500mm.
• Liquid/Media: Oil/water

PDF LS21 Datasheet

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	Sensors Temperature probes for PT100, NTC and type K dataloggers. More...		Accessories Mounting fixtures, alarm devices and specials. More...		Q-tag 2 Second generation of alarm monitors. More...

	LIBERO: Specifications | Possible applications | Advantages Datasheets | Configuration tool | Product website
			LIBERO Ti1 (multiple use, 400 days) Part No.: 4510 LIBERO Ti1-S (single use, 100 days) Part No.: 4511 LIBERO Ti1-L (multiple use, 3 years) Part No: 4512     LIBERO Te1-N (multiple use, 3 years with external NTC probe, -80°C..+85°C) Part No: 4514 LIBERO NTC probe with USB connector, 80 cm Part No: 3094-LL008 LIBERO NTC probe with USB connector, 3m Part No: 3094-LL03     LIBERO Simple Bracket Part No: 4400-A
			Datalogger evaluation without any software! The independent PDF Logger® revolutionizes cold chain monitoring With the LIBERO PDF Logger®, you require only one single device and no specific software to monitor temperature during the global transfer of goods to respective destinations. The LIBERO can be plugged into the USB interface of any PC to automatically generate a PDF file which can be read anywhere without difficulty. The ELPRO LIBERO is the first PDF datalogger in the world which complies with the ISO Standard 19005-1-Document Management. Easiest handling 1) At Sender: Prepare LIBERO by means of the configuration tool, press TRANSIT button and pack together with your products. 2) In transit by poste, car, air, boat. 3) At destination: Unpack together with your products and press the ARRIVED button. 4) Evaluation: Put LIBERO into the USB port of any PC. 5) PDF report is automatically created and displayed. 6) Print, or archive report. Send Datalogger back to Sender and re-use it. 7) All raw data are embedded tamper-proof in the PDF/A file and can be analyzed in detail by means of the elproLOG software.