Sensor designed for all BAXI Auriga series Heat Pumps
Sensor cable length: 8m
Sensor terminated with a connector fitting the socket located on the motherboard of the heat pump. Connecting the sensor requires only plugging it into the appropriate spot on the motherboard.
The sensor is also compatible with sensors:
TIN (same as TW_in) - Measures water temperature at the inlet of the plate heat exchanger, i.e., water returning from the installation.
TOUT (same as TW_out) - Measures water temperature at the outlet of the plate heat exchanger, i.e., water supplying the installation.
T5 - Measures water temperature in the domestic hot water (DHW) tank.
T1 - Measures water temperature at the outlet of the auxiliary heater or other additional heat source.
T1B - Measures water temperature at the outlet for the second, separate heating zone (zone 2).
Lack of airtightness is a common problem for temperature sensors, resulting in damage from moisture. Our sensors provide protection against water - the sensor is coated with high-temperature flexible silicone.
EAN: 6931240024089 SKU: 240869405
Zone 2 Water Flow Temperature Sensor Tw2 (T1B) and Sensor for solar system Tsolar.
Sensor designed for all BAXI Auriga series Heat Pumps
Sensor cable length: 8m
Sensor terminated with a connector fitting the socket located on the motherboard of the heat pump. Connecting the sensor requires only plugging it into the appropriate spot on the motherboard.
The sensor is also compatible with sensors:
TIN (same as TW_in) - Measures water temperature at the inlet of the plate heat exchanger, i.e., water returning from the installation.
TOUT (same as TW_out) - Measures water temperature at the outlet of the plate heat exchanger, i.e., water supplying the installation.
T5 - Measures water temperature in the domestic hot water (DHW) tank.
T1 - Measures water temperature at the outlet of the auxiliary heater or other additional heat source.
T1B - Measures water temperature at the outlet for the second, separate heating zone (zone 2).
Lack of airtightness is a common problem for temperature sensors, resulting in damage from moisture. Our sensors provide protection against water - the sensor is coated with high-temperature flexible silicone.
Sensor Parameters
Sensor compatible with BAXI Auriga series
Purpose: BAXI Heat Pumps
Sensor measurement range: from -40 to +400 °C
Ingress Protection: IP68
Labels: TIN, TOUT, T5, T1, T1B
Sensor housed in a sleeve with a diameter: 6mm and length: 50mm, made of stainless steel
Cable Termination: Plastic connector matching the socket on the heat pump motherboard.
Cable length: 8m (315 inches)
Cable Parameters
Cable parameters:
Cable type: Control / signaling cable
Operating voltage: 300/300V
Voltage test: ≤ 0.34mm2 1200 V , ≥ 0.5 mm2 1500 V
Insulation resistance: 20 MΩ x km
Capacitance: (at 800Hz): 0.14mm2 120pF/m, ≥0.25 mm2 150pF/m
Inductance: 0.65 mH/km
Min. bending radius for flexible connection: 7.5 x Ø
Min. bending radius for fixed connection: 4 x Ø
Operating temperature: Fixed installation: -40℃ to 80℃ , Flexible installation: -5℃ to 80℃
Laying conditions: Indoor cable, Min. laying temperature: -5℃
Environmental resistance: Flame retardant on a single cable
Certificates / Approvals / Authorizations: CPR - Certificates / DoP
Cable construction:
Core material: copper cores
Core structure: Class 5 (according to EN 60228, IEC 60228)
Core structure: multi-core cable
Application: Cables intended for control and signaling circuits in industrial applications, in measurement technology, and for data transmission via analog and digital signals in industrial electronics and automation installations. For fixed installation and mobile devices. Suitable for indoor installations, in dry and damp rooms.
Other Information
We offer temperature sensors with different cable lengths
Set contents
Temperature sensor with 8m long cable
Certificates and standards
CE, RoHS
Dimensions, Weight
Product dimensions: 50 x 200 x 200 mm (D x W x H)
Package dimensions: 100 x 200 x 50 mm (D x W x H)
Product weight: 270 g
Weight with package: 290 g
Specific References