Hat rail transmitter + Thermocouple type J M6 silicone

Active cable thermocouples are equipped with a temperature transmitter in DIN rail form. They convert the thermoelectric voltage into a standardized signal (mA). This means that the temperature measurement signals can always be transmitted safely, easily and even over longer distances to your control or display. Screw-in thermocouples with silicone cable measure the temperature in pipes or vessels and can be used from -50 °C to +180 °C. Silicone seals well and remains flexible even at temperatures below freezing.

• Hat rail transmitter for thermocouples
  
• Thermocouple type J M6 with silicone cable
  

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The APAQ R130 TC for thermocouples is a DIN rail transmitter for installation on standard DIN rails according to DIN EN50022. The sophisticated product design leaves sufficient space for mounting. It is optimally designed for use in plant and machine construction and is characterized by high accuracy, reliability, long-term stability and its robust product design. The transmitter is extremely insensitive to external influences such as vibration and EMC interference. Installation and commissioning are particularly user-friendly. For example, parameterization can be carried out wirelessly, conveniently and easily via the cell phone app using NFC technology. The monitoring functions such as sensor break monitoring, sensor short-circuit and measuring range monitoring can also be activated via this.

Here you can find our downloads for Hat rail transmitter for thermocouples APAQ-R130

	Data sheet Hat rail transmitter for thermocouples APAQ-R130
	Instruction manual Hat rail transmitter for thermocouples APAQ-R130
	Declaration of Conformity Hat rail transmitter for thermocouples APAQ-R130

Hat rail transmitter - Special features
Inputs and outputs					Input: thermocouples Output: 4 to 20mA, temperature linear output signal
Accuracy & Long-term stability					Accuracy: depending on thermocouple Long-term stability: max drift of ±0.05°C or ±0.05% of span |year
Design					Robust - vibration and shock resistant design Suitable for hat rails according to DIN EN50022 Compact housing design Facilitated mounting
Parametrization					Configuration - wireless via NFC technology Free app for Iphone, Android & Huawei Parameterization templates for fast mass configuration Simple configuration with "copy and paste" in no time at all
Alarm function					configurable via app Sensor break monitoring Sensor short circuit Measuring range monitoring
Hat rail transmitter - Input Thermocouple
Measuring element		Material / Raw Material			Norm		Maximum configurable measuring range				Min. Span			Accuracy
Type B		Pt30Rh-Pt6Rh			IEC 60584		0 °C to +1820 °C 32 °F to +3308 °F				+700 °C | +1292 °F			+100 °C to +400 °C: ±10 °C >400 °C: ±2 °C / 0,2% 1}
Type E		NiCr-CuNi			IEC 60584		-270 °C to +1000 °C -454 °F to +1832 °F				+50 °C | +122 °F			±1 °C| ±0,2 % 1}
Type J		Fe-CuNi			IEC 60584		-210 °C to +1200 °C -346 °F to +2192 °F				+50 °C | +122 °F			±1 °C| ±0,2 % 1}
Type K		NiCr-Ni			IEC 60584		-270 °C to +1300 °C -454 °F to +2372 °F				+50 °C | +122 °F			±1 °C| ±0,2 % 1}
Type N		NiCrSi-NiSi			IEC 60584		-100 °C to +1300 °C -148 °F to +2372 °F				+100 °C | +212 °F			±1 °C| ±0,2 % 1}
Type N		NiCrSi-NiSi			IEC 60584		-270 °C to -100 °C -418 °F to +148 °F				+100 °C | +212 °F			±2 °C 1}
Type R		Pt13Rh-Pt			IEC 60584		-50 °C to +1750 °C -58 °F to +3182 °F				+300 °C | +572 °F			±2 °C| ±0,2 % 1}
Type S		Pt10Rh-Pt			IEC 60584		-50 °C to +1750 °C -58 °F to +3182 °F				+300 °C | +572 °F			±2 °C| ±0,2 % 1}
Type T		Cu-CuNi			IEC 60584		-270 °C to +400 °C -454 °F to +752 °F				+50 °C | +122 °F			±2 °C| ±0,2 % 1}
1} of span (cold junction compensation error is not included)
Input impedance					>10 MΩ
Max. wire loop resistance					5 kΩ
Cold Junction Compensation					Internal or external
Hat rail transmitter - General information about the input
Zero adjustment					Within measuring range
Hat rail transmitter - Output
Output type					analog, temperature linear for TC
Output signal (mA)					4 to 20
Parametrization / Scaling					Configurable via NFC
Load					818 Ω at 24 VDC
Connection type					2-wire
Hat rail transmitter - Time response
Closing time / Update time (Inor)					~150 - 300
Heating period					After approx. 20 min. the typical accuracy is reached
Signal attenuation / Ajustable output filtering (Inor)					0,4 to 26 adjustable via App
Measuring cycle					< 1
Hat rail transmitter - Sensor monitoring & sensor error
Sensor break / Short circuit					Upscale (≥21.0 mA) or Downscale (≤3.6 mA)
Sensor failure effects (Inor)					according to NAMUR NE43
Hat rail transmitter - Accuracy and stability
Temperature influence
TC Type B, E, J, K, R, S, T					see table below
TC Type N (-100...+1300 °C)					±0,01 % < 4000 Ω 2} < ±0,02 % of span per °C
TC Type N (-270...-100 °C)					±0,01 % of span per °C
Influence of the sensor cable
Thermocouples and Voltage					Negligible
Further data
Supply voltage influence					<±0.005 % of span per volt
Long-term drift					±0.05 % of span per year
Hat rail transmitter - Type
Dimensions					See drawing
Material | Flammability					V0/HB, RoHS compliant
Mounting					35 mm hat rail according to DIN 50022 / EN 60715
Connection					Single wires, max. 1,5 mm², AWG 16
Weight					40							All dimensions in mm
Hat rail transmitter - General data
Isolation					none
Supply Voltage (VDC)					8 to 32, polarity protected
Hat rail transmitter - Ambient conditions
Ambient Temperatur					Storage: -40 °C to +85 °C | -40 °F to +185 °F Operating: -40 °C to +85 °C | -40 °F to +185 °F
Humidity					0 to 98 (non-condensing)
Protection					Housing IP20 | Anschlussklemmen IP00
Vibration					according to IEC 60068-2-6, Test Fc, 10bis2000 Hz, 10 g
Shock					according to IEC-60068-2-27, test Ea
Environmental influences					according to IEC 60068-2-31:2008, Test Ec
Hat rail transmitter - EMC
Standard					Directive: 2014/30/EU | Harmonized standards: EN 61326-1, EN 61326-2-3
Immunity performance					ESD, radiated EMC fields, magnetic fields: Criterion A Burst, conducted RF: Criteria A Overvoltage: standard deviation 1% of span
Hat rail transmitter - Factory configuration (if not ordered otherwise)
Input					Pt100, 3-wire, 0 °C to 100 °C
Output (mA)					4 to 20
Sensor control					Upscale (≥21.0 mA)
Hat rail transmitter - Mounting
You can easily mount the APAQ R130 hat rail transmitter on 35mm hat rails according to DIN EN50022. The mounting is easy because you can fix the transmitter on the rail without any tools. Mounting material for the installation of the transmitter is available as accessory. Important: To prevent measuring errors, the connecting screws for fastening the connecting cable must be tightened firmly.
Mounting and dismounting of the transmitter (1) Fix the upper part of the transmitter on the rail (2) Then press the lower part of the transmitter onto the rail. The electrical connection is made according to the wiring diagram (4) To remove the transmitter, use a screwdriver and bend the latch downwards
Hat rail transmitter - Configuration | Parametrization
Before making a configuration of APAQ C130TC you need to do following: Make sure that you have a mobile device with NFC communication activated. Download the app INOR Connect to your mobile device. Required versions: iOS: iOS 13 or later and Iphone 7 or later Android: Android 4.4 or later								Configuration procedure: Launch the app by clicking on the App icon or holding your mobile device against the transmitter on the part of the device where NFC is located (only possible with Android). Click on “Read Configuration” and hold your mobile device against the transmitter as explained in the first section. In the app you can edit the following: Sensor type and number of wire circuits Measuring range Upscale or Downscale sensor control TAG-number Password settings In the configuration window you can enter and change the parameters. The selected configuration is transferred to the transmitter by clicking the "Send to transmitter" button. After the transfer is completed, the transmitter uses the new parameters.

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Screw-in thermocouples with silicone cable measure the temperature in pipes or vessels and can be used from -50 °C to +180 °C. Silicone seals well and remains flexible even at temperatures below freezing.

Here you can find our downloads for the Thermocouple type J M6 with silicone cable

	Data sheet Thermocouple type J M6 with silicone cable
	Instruction manual Thermocouple type J M6 with silicone cable
	Operating instruction Thermocouple Type J M6 with silicone cable
	Declaration of Conformity Thermocouple type J M6 with silicone cable

Thermocouple M6 - General Information
Measuring range					-40 °C to +180 °C
Perm. °C range cable					-50 °C to +180 °C
Accuracy					-40 °C to +375 °C: ±1,5 °C according to DIN IEC 60584 Class 1
Response time					t63 / t99: information is available on request
Pull-out force					≥ 30 N
Thermocouple M6 - Supply and output
Measuring element					Thermocouple Type J
Measuring point					Measuring point isolated
Measurement signal					Thermovoltage
Thermocouple M6 - Ambient conditions
Protection class					IP65 according DIN 60529 (depending on cable)
Humidity and moisture condensation resistance					according to application-specific qualification
Thermocouple M6 - Certificates and Standards
Standards					DIN EN 61326-1:2013 | DIN EN IEC 63000:2019-05
Directive					RoHS 2011/65/EU | 2014/30/EU
Certificates					Certificate of suitability (on request)
Thermocouple M6 - Technical Drawing
												E - Material connection cable
												F - Length connection cable
												H - Bend protection
												G - Connector
												All dimensions in mm
Thermocouple M6 - Screw-in thread
Thread
Material thread					Stainless steel 1.4301 | SUS 304
Length (mm)					9
Thread					M6
Wrench size					10
Protection sleeve
Material					Stainless steel 1.4301 | SUS 304
Diameter (mm)1}					4,5
Mounting length (mm)					17
1} Tolerance ± 0,1 mm
Thermocouple M6 - Thermocouple cable
		Type			Color	Material (Outside / Inside)			Perm. range °C			Ø Outside (mm)		Cross section (mm²)	Color strand	Ω / m
		Thermocouple cable			Type J1}	FEP / Silicone			-50 to +180			3,6 ± 0,2		0,22	bk, wt	2,502}
Length (m)					1, 2, 3, 4, 5, 10, 15, 20
Insulation resistance: ≥ 100 MOhm at min. 100 VDC | 1}Color according to IEC 584 | 2}per thermocouple | Cable available as accessory
Thermocouple M6 - Connector
					Insulated end ferrules (50 mm)
					Mini-TC connector Type J bk
					TC connector Type J bk
Thermocouple M6 - Delivery
Assembly instructions					per process connection
Delivery and Packaging					Probe, seperatly packaged in PE bag
Matching accessories					Heat-conducting paste
Thermocouple M6 - Important assembly advices
					Measurement errors can occur due to heat dissipation to the environment. To keep these as small as possible, we recommend immersing the protection sleeve of your temperature probe as deeply as possible in the medium to be measured during installation. The optimum installation depth should be 10-15 times the Ø of the protection sleeve or, when using an immersion sleeve, the Ø of the immersion sleeve. When installing in pipelines whose Ø does not have a sufficiently deep installation depth, you should install the probe either at an angle or in a pipe elbow. Make sure that there is sufficient space for the probe to be removed. 1) Installation with sufficient installation depth 2) Installation at an angle with small pipe Ø 3) Not like this: Minimum installation depth not reached
					Please lay the cable in such a way that no water can penetrate the probe and with reserve loop (4). This allows you to extend the probe without disconnecting the electrical connection.
Qualification measurement series to ensure the function of our temperature probes over their service life
		Robust even with temperature changes			Temperature probes are exposed to harsh environmental conditions, such as changing temperatures and humidity, and should still work reliably in the field for 15 years or more.
		Resistant to heat and humidity			Extremely varying ambient conditions cause immense stress for the temperature probe and the design must be suitably robust and qualified.
		Long-term stable in any weather			Continuous exposure to sunlight, snow, fog, cold and ice shall not impair the function of the temperature probe and compliance with the specification.
		Robust even under high vibration load			Depending on the application, compressors and fans generate strong vibrations which are transmitted to components and cables. Therefore the used temperature probes have to be vibration resistant (20g).
		Reliable in practice: high pull-out force			The robust design ensures the necessary cable pull-out resistance, even under vibration and higher temperatures.
		Efficient through short response time			Depending on the application, short response times may be necessary to ensure efficient control of the system. Our sensor design is optimised for this requirement and we prove response times.
		Corrosion-resistant even in salt spray			Temperature probes are also used in coastal regions. For this reason, the temperature probes must also be able to withstand salty air for a lifespan of 15 years.
Applicable for this probe type