• New
Temperature sensor Domestic Hot Water DHW Daikin Altherma Heat Pump 5020716 R5T 8m ACTii AC5008
search
  • Temperature sensor Domestic Hot Water DHW Daikin Altherma Heat Pump 5020716 R5T 8m ACTii AC5008
  • Temperature sensor Domestic Hot Water DHW Daikin Altherma Heat Pump 5020716 R5T 8m ACTii AC5008
  • Temperature sensor Domestic Hot Water DHW Daikin Altherma Heat Pump 5020716 R5T 8m ACTii AC5008

Temperature sensor Domestic Hot Water DHW Daikin Altherma Heat Pump 5020716 R5T 8m ACTii AC5008

zł184.96
Tax included
Domestic Hot Water Tank Temperature Sensor, designed for Daikin heat pumps

The sensor is designed for all Daikin heat pumps from the Altherma series.

The sensor is terminated with a connector that fits into the socket located on the heat pump's motherboard. Connecting the sensor simply requires plugging it into the appropriate location on the motherboard.

Lack of sealing is a common problem with temperature sensors, resulting in damage from moisture. Our sensors provide water protection thanks to their high-temperature, flexible silicone coating.

Compatibility list: Domestic Hot Water tank (The sensor is connected to the X9A connector on the heat pump main board)

Quantity
Product available

Temperature sensor Domestic Hot Water DHW Daikin Altherma Heat Pump 5020716 R5T 8m

Model: ACTii AC5008

EAN: 6931240050088 SKU: 500828106

  • High-quality, precise temperature sensor
  • A specialized flexible copper control cable BiT LiYY 2x0.5mm, voltage: 300/300V, operating temperature: -40℃ to 80℃, compliant with the EU standard: LVD 2014/35/UE was used
  • The sensor is placed in a sleeve with a diameter of 6 mm and a length of 50 mm, made of stainless steel.
  • Each sensor is tested at 3 different temperatures to ensure consistency of measurements with the reference sensor.
  • Our temperature sensors are superior. Unlike the competition, we use only 100% copper, certified control cable manufactured in the EU, with thick, flexible insulation. We use brand-name sensors. Each sensor is tested for accuracy against a reference sensor.
  • Water protection - The sensor is coated with high-temperature, flexible silicone. Watertightness is a common problem with temperature sensors, resulting in damage from moisture.

Description

Domestic Hot Water Tank Temperature Sensor, designed for Daikin heat pumps

The sensor is designed for all Daikin heat pumps from the Altherma series.

The sensor is terminated with a connector that fits into the socket located on the heat pump's motherboard. Connecting the sensor simply requires plugging it into the appropriate location on the motherboard.

Lack of sealing is a common problem with temperature sensors, resulting in damage from moisture. Our sensors provide water protection thanks to their high-temperature, flexible silicone coating.

Compatibility list: Domestic Hot Water tank (The sensor is connected to the X9A connector on the heat pump main board)

Specification

Sensor Parameters

Sensor compatible with Daikin Altherma series

Intended use: Daikin Heat Pumps

Compatibility list: DHW tank 5020716 (R5T). The sensor connects to connector X9A on the heat pump's motherboard.

Sensor measurement range: -40 to +400 °C

Tightness: IP68

The sensor is placed in a sleeve with a diameter of 6 mm and a length of 50 mm, made of stainless steel.

Cable Termination: Plastic connector that fits into the socket on the heat pump motherboard.

Cable length: 8m (315 inches)

The sensor works with the following heat pump models:

EHVH04SU23EA6V, EHVX08S23DA9W7, ETVX16S18DA6VG, ETVX12S18EJ9W, EAVX16S18DA6VG, EHVZ08S18DA9W7, EAVH16S23DA6V, EHVH04S23EA6V, EHVX08S18DA9W7, ETVH12S23EA9W, EHVX04S23EJ3V, EHVZ08S18DJ9WG, EHVH08S23DJ9W7, EHVH04S18DJ6VG, EHVX08S18DJ9W, EHVZ08S18EA9W, EAVH16S23DJ9W7, EHVH08S18EA9W, EHVH04S18EA6V, EBVX16S23DJ9W, EHVX04S18EA6VG, EHVX08S23DA6V7, EHVZ04S18DJ6VG, EHVX04S23DA3VG, EHVH08S18DJ6V7, ETVH16S23DA9W, EHVH08S18EJ6V, EAVH16S18DJ9W7, ETVX16S18EA6V7, EHVX08S23DJ9WG, EHVX08S18DA9W, ETVH12S18EJ9W, EBVZ16S23DJ6V, ETVH16SU18EA6V, EAVX16S23DA6V7, ETVZ16S18EA6V7, EBVH11S18DJ6V, EAVH16SU18DA6V7, ETVH16S18EJ6V7, EHVH04S18DJ6V, EHVX08S18DA6VG, EAVZ16S23DA6V, EHVX08S23EA6V, EHVH04SU18EA6V, ETVH16S18DA9WG, ETVZ12S18EA9W, EBVX16S23DJ6V, EHVX04S18DJ6V, ETVH16S23DA6VG, EBVH16S18DJ6V, EAVZ16S18DA6V, EHVX08S18DA6V7, ETVX16S23EJ6V7, EHVZ08S23EA6V, EAVH16S18DA6VG, EBVX11S18DJ9W, EAVX16S18DJ9W7, EBVZ16S23DJ9W, EHVX08S23DJ6V, EHVH08S23DJ9W, EHVZ08S23DJ6VG, EBVH16S18DJ9W, ETVZ16S23EA9W7, EHFH03S18DJ3V, ELVX12S18EJ6V, EAVX16S23DJ6V7, EHVH08S23EA6V, EAVX16S18DA6V7, EAVH16S18DA6V7, EAVX16S23DA9WG, EBVH16SU23DJ6V, EHVX04S18EA3V, EAVZ16S18DA9W, EHVH08S18DA6V, ELVH12S23EJ9W, EHVH04S23DA6VG, EHVX04S18DA6V7, EHVH08S18DJ9WG, EHVZ08S18DJ6V, ETVH16SU23EJ6V7, ETVZ16S18EJ9W7, EAVH16SU23DA6V7, EHVZ08S18DA9WG, ETVH16S23EA6V, EAVX16S18DA9W7, EBVH11S23DJ6V, EHVX08S23EA9W, CKHWSU230BJV3, EBVH11S23DJ9W, EHVH08S23DA6VG, ETVH16S18EA6V, EHVZ08S18DA6VG, EHVZ08S23EA9W, EHVZ04S18DA6V7, EAVH16S23DA6V7, ELVZ12S18EJ6V, ETVH16S23DA9WG, ETVX16S23DA6VG, EHVZ04S18EJ6V, EHVX04S23DA6V, ETVZ12S23EJ6V, EAVX16S18DJ6V7, EHVH04S18DA6V7, ETVX12S23EJ9W, ELVZ12S23EJ6V, ELVZ12S18EJ9W, EHVX04S23DJ6VG, EHVX04S18DA3V7, ETVH16SU18EA6V7, ETVX16S23EA9W7, EAVH16S18DJ6V7, ETVH16S18EA9W, ETVH12S23EJ6V, EHVX08S18EJ9W, EBVX11S18DJ6V, EHVX04S18DA6VG, EBVX16S18DJ9W, EBVZ16S18DJ9W, EAVX16S23DA6VG, EHVH08S23DA6V, EBVH16S23DJ6V, ELVZ12S23EJ9W, EHVH04SU18DA6V7, EAVH16SU23DA6V, EBVX11S23DJ9W, ETVZ16S23EJ9W7, EHVH04S23DJ6V, EHVH08S23DA9W, EHVX08S23EJ6V, EAVX16S18DA9W, ETVZ16S18DA6V, EAVH16S23DA9W, ETVX16S23EA6V, EAVH16S23DA9WG, CKHWS230BJV3, ETVH12S18EA6V, EAVX16S23DA6V, EAVH16SU18DA6V, EHVH04S23DAVG, ETVH16S18EA9W7, EAVZ16S23DA6V7, ETVX16S18DA9W, EHVZ08S23DA9W, EHVX04S23DA6VG, EHVH04SU23DA6V7, EAVH16S18DA9WG, EHVH08S18DA6VG, EBVX11S23DJ6V, EHVH08SU18EJ6V, EAVZ16S18DA6V7, ETVZ12S18EJ6V, ETVZ16S18EJ6V7, EHVH08S23DA9WG, EHVX08S23EA6VG, EHVH08S18EJ9W, EHVH08SU23EJ6V, EHVZ08S23DJ9W, ELVH12S23EJ6V, EHVZ08S18EA6V, EHVH08SU18DA6V7, EAVH16S23DA6VG, EHVX08S18DA6V, ETVH16SU23EA6V, ETVH16S18DA9W, ETVZ16S18EA9W, EHVH08S23DAV, EHVH04SU18EJ6V, EBVH11S18DJ9W, EBVZ16S18DJ6V, ETVZ16S18DA9W, ETVX12S23EA9W, ETVX16S18DA9WG, EHVX04S18EJ6V, EHVZ08S23DA6V7, EHVH04S23DAV, EAVH16S23DJ6V7, ETVZ16S18DA9W, EAVX16S18DA6V, EHVX04S18DJ3V, EHVH04S23DJ6V7, EHVZ08S18DA9W, ETVX12S18EA6V, EHVH08S18DA9W, ETVH16S23EA9W, ETVH16S23EJ9W7, EAVH16S18DA9W7, EHVZ08S23DA6VG, EHVH08S18DA9W7, ETVZ12S23EJ9W, CKHWS180BJV3, EAVX16S23DA9W7, EHVH08S23DJ6V, EAVH16S18DA6V, ETVH16S23DA6V, ETVX16S23DA9WG, EHVH08S18DA6V7, EHVZ04S18DA6V, EHVX04S23DA3V7, EHVH04S23DA6V7, ETVH16S23EA9W7, EHVZ08S18DJ6VG, EAVX16S23DA9W, EAVZ16S18DA9W, EAVX16S18DA9WG, BELARIAECP18I1, EHVH08S18DA9WG, EHVH04S23DA6V, ETVZ16S23EA6V7, EHVX04S18DA3VG, EHVH08S18DJ6VG, ETVH16S18EJ9W7, ETVH16S18DA6VG, EBVH16S23DJ9W, EHVH04S18DJ6V7, EHVH08S18DJ6V, ETVH16SU18EJ6V7, EHVH08SU23DA6V7, EHVH04S18DA6VG, EHVZ08S18DA6V7, EAVH16S18DA9W, EHVH08S23DJ6VG, EHVH08S23DJ6V7, EHVH04S18DA6V, EHFZ03S18DJ3V, EHVH08SU18EA6V, ETVX12S18EJ6V, EHVX08S18DJ6V, EHVZ08S23DA9WG, ETVX16S23EJ9W7, EHVZ04S18EA6V, ETVZ12S23EA6V, EHVX08S18DJ6VG, ETVX16S23DA6V, ETVH12SU18EJ6V, EHVH08S18DJ9W7, EHVX08S18EA6VG, EHVX04S23DA3V, ETVH12S23EA6V, EHVX04S23EJ6V, EHVZ08S23DJ9WG, EHVH08S23DA9W7, EAVH16S23DA9W7, EBVX16S18DJ6V, EHVX08S23DA6V, ETVZ16S23DA6V, ETVX12S23EA6V, EHVZ08S18DJ9W7, EHVX04S18DJ6VG, EAVX16S23DJ9W7, EHVX08S18EA9W, EHVZ08S18DA6V, EHVX08S23DJ6V7, ETVH12SU23EJ6V, EHVX08S23DA9W, ETVZ16S23EA6V, ETVH16SU23EA6V, ETVH16S18EA6V7, EHVH08S23EA9W, EHVZ08S23DJ6V, ETVZ12S18EA6V, EHVX04S23EA6V, ETVZ16S18EA9W7, ETVX16S18DA6V, EHVZ08S18EJ9W, ETVZ16S23EJ6V7, EHVZ08S23DA6V, ELVH12S18EJ9W, EHVZ08S23EA9W7, EHVH04S23EJ6V, EHVX08S23DJ9W7, ELVX12S23EJ9W, EHVZ08S23DA9W7, ETVX16S23EA6V7, EHVX04S23DA6V7, ETVX16S18EA9W7, EHVX04S18DA6V, EHVX08S23DJ9W, EHVH04S23DJ6VG, EHVZ08S18DA9W, ETVX16S18EA6V, EHVZ08S23EA6V7, ELVX12S18EJ9W, EHVZ08S23EJ9W, ETVH12SU18EA6V, EHVX08S23DA6VG, ELVX12S23EJ6V, ETVH16SU18EA6V, EHVX04S18DJ3VG, EHVH08S23DJ9WG, EHVH08S23DA6V7, EHVZ08S18EJ6V, EHVX08S18EJ6V, ETVH12S18EJ6V, EHVH08S23EJ9W, EHVX04S23EA6VG, ETVX16S18EJ6V7, ETVH16S18DA6V, EHVZ08S18DJ9W, EHVX08S18DJ9WG, ETVH12SU23EA6V, EHVZ04S18DA6VG, ETVX16S23DA9W, ELVH12S18EJ6V, ETVH16S23EJ6V7, EHVZ08S23EJ6V, ETVZ12S18EJ9W, EHVH08SU23EA6V, EHVZ04S18DJ6V, ETVX16S18EJ9W7, EHVZ08S23DA9W7, ETVX16S18EA9W, ETVZ16S23DA9W, EHVH08S18EA6V

Cable Parameters

Cable type: Control/signal cable

Operating voltage: 300/300V

Test voltage: ≤ 0.34mm2 1200 V, ≥ 0.5 mm2 1500 V

Insulation resistance: 20 MΩ x km

Capacitance: (at 800Hz): 0.14mm2 120pF/m, ≥0.25mm2 150pF/m

Inductance: 0.65 mH/km

Min. bending radius of movable connections: 7.5 x Ø

Min. bending radius of permanent connection: 4 x Ø

Operating temperature: Fixed installation: -40℃ to 80℃, Mobile installation: -5℃ to 80℃

Laying conditions: Indoor cable, Min. laying temperature: -5℃

Environmental resistance: Flame retardation on a single cable

Certificates / Approvals / Approvals: CPR - Certificates / DoP

Cable construction:

Core material: copper cores

Construction of working cores: Class 5 (according to EN 60228, IEC 60228)

Center construction: multi-core cable

Applications: Cables designed for control and signaling circuits in industrial applications, measurement technology, and for data transmission via analog and digital signals in industrial electronics and automation systems. Suitable for both fixed and mobile installations. Suitable for indoor installations, both in dry and damp rooms.

Other Information

Our offer includes temperature sensors with different cable lengths.

Kit contents

Temperature sensor with 8m cable

Certificates and standards

CE, RoHS

Dimensions, Weight

Product dimensions: 50 x 200 x 200 mm (D x W x H)

Dimensions Packaging: 100 x 200 x 50 mm (D x W x H)

Product weight: 250 g

Weight with packaging: 280 g

Zum Download

500828106
999 Items

Specific References

EAN13
6931240050088
Comments (0)
No customer reviews for the moment.