Phoenix Contact MINI MCR Series Signal Conditioner, Thermocouple Input, Current, Voltage Output, 9.6 → 30V dc

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£197.56

(exc. VAT)

£237.07

(inc. VAT)

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RS Stock No.:
134-8679
Mfr. Part No.:
2905249
Brand:
Phoenix Contact
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Brand

Phoenix Contact

Module Type

Temperature Converter

Input Signal Type

Thermocouple

Output Signal Type

Current, Voltage

Input Range

-250 → 2500°C

Output Range

0 → 21 mA, 10 → 10.5V

Supply Voltage

9.6 → 30V dc

Hazardous Area Certification

ATEX

Mounting Type

DIN Rail Mount

Operating Temperature Range

-40 → +70°C

Series

MINI MCR

Maximum Operating Temperature

+70°C

Termination

Push-In

Interface

Micro USB type B

Standards Met

cUL Listed, CULus, UL Listed

Minimum Operating Temperature

-40°C

COO (Country of Origin):
DE

Phoenix Contact Signal Conditioner, DIN Rail Mounting, IP20 Rating - MINI MCR-2-TC-UI-PT - 2905249


This signal conditioner from Phoenix Contact converts electronic signals into linear, adjustable current or voltage signals ready for processing by your instrumentation devices. It's a temperature transducer, so it connects to your thermocouple sensors to help you achieve accurate temperature measurements.
Simple push-in technology means connection and disconnection is quick and easy. As you can snap the unit onto a standard DIN rail with no need for tools, you get fast and secure installation in industrial setups.
This versatile product is compatible with commonly used software packages, so various control and automation options are available. There's also a DIP switch on the back that you can use to create default settings.

Features & Benefits


• Supports NFC technology so you can work wirelessly
• Withstands ambient temperatures between -40°C and +70°C for efficient performance in harsh environments
• ATEX certified, so safe to use in potentially explosive atmospheres
• Isolation via insulation according to IEC 61010-1 helps protect you and your equipment against harmful electrical surges
• Final value deviation of just 0.06% so your results aren't significantly affected by EMI

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