What Our Customers Are Saying
| Product type | Sensors & Stats |
| IP rating | IP55 |
| Output Signal | 0..1 Vdc, 4..20 mA, NTC10k Carel |
| Manufacturer | Carel |
| Sensor Type | Temperature and Humidity |
| Sensor characteristics | Wall Mounted |
The Carel DPWC111000 is a Wall mounting sensor used to measure and manage Temperature (-10T60 °C) (output CAREL NTC sensor only) and humidity (10 to 90% rH), selectable output: -0.5 to 1 Vdc/4 to 20 mA
Electronic probes from the CAREL DP series are developed for air-conditioning and air-handling, heating, and refrigeration applications, and are intended to be used in conjunction with CAREL controllers. Rooms, industrial spaces, and ducts all have their own versions. The assembly, the type of output signal, and the models (temperature, humidity, or combined) are all different. Temperature output with resistive NTC is offered on some models.
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TECHNICAL SPECIFICATION |
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Power supply |
12 to 24 Vac +/-10% or 8 to 32 Vdc (min-max) |
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Power input |
direct serial version type-max: 5 to 12 mA @ 12 Vdc power supply opto-isolated serial version type-max: 14 to 20mA @ 12 Vdc power supply |
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Temperature sensor Humidity sensor |
NTC 10Kohm at 25 °C 1% Capacitive sensor |
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Storage |
-20T70 °C ; 20 to 90%rh non-condensing |
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Output signal |
RS485 serial |
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Environmental pollution |
normal |
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Case index of protection |
IP55 |
The CAREL DPW series serial probes are devices used for monitoring temperature and humidity in air-conditioning, refrigeration, heating, and air handling systems.
They can be connected to controllers that have a serial connection, and come in wall-mounted, industrial, and duct versions.
They use a RS485 serial connection, which allows for cost savings in installation and simplifies connections by allowing multiple probes to be connected to the same channel.
The probes come in various models that differ based on the combination of temperature and humidity sensors and whether or not they have optical isolation of the RS485 connection.
Some models also include a function for calculating dewpoint. The precision of temperature and humidity measurement is higher compared to probes with voltage or current output because it eliminates the need for signal conversion and analogue measurement by controllers.