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Terminal Block Type PT Transmitter With Isolated Single Output

Terminal Block Type PT Transmitter With Isolated Single Output

Product Details:

  • Current Range Output: 4-20 mA (Isolated)
  • Humidity % 0~95% RH, non-condensing
  • Diameter 12.5 mm (module width)
  • Application Media Temperature measurement
  • Connectivity Type DIN rail terminal block
  • Measurement Range -200C to +600C (depending on RTD)
  • Protection IP20 (terminal block housing)
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Terminal Block Type PT Transmitter With Isolated Single Output Product Specifications

  • Single channel
  • 2-wire/3-wire/4-wire PT100 RTD
  • -10C to +70C (operating)
  • IP20 (terminal block housing)
  • -200C to +600C (depending on RTD)
  • Terminal Block Type PT Transmitter
  • Typically 0.01C
  • Flame retardant polyamide PA
  • < 2 VA
  • No display
  • Output: 4-20 mA (Isolated)
  • PT100 (RTD) sensor input
  • 0~95% RH, non-condensing
  • 12.5 mm (module width)
  • 24V DC (18-36V DC)
  • Temperature measurement
  • DIN rail terminal block
  • 0.1% of FSR

Product Description

Power Requirements
  • 24V DC: 24V DC10%
  • 12V DC: 12V DC20%
Power Sensitivity Better than 0.1% of span for each
power supply range. Power Line Fuse 250mA fuse is installed (standard).
  • Power Consumption
  • Power24V DC12V DC
  • Current Output50mA max.70mA max.
  • Voltage Output20mA max.25mA max.
INPUT SECTION
  • Input Resistance1Mmin. with or without power.
  • Allowable Input Voltage Continuous: 120% of the rated input
  • value Instantaneous: 1.5 times the rated
  • input value (within 5 seconds) Crest Factor3 max.
  • Ranges AvailableWithin the range between 0-10mV AC and 0-300V AC.

     

     




Robust Isolation and Signal Integrity

With 1500V AC galvanic isolation between input, output, and power, this transmitter ensures reliable signal integrity, safeguarding your measurement systems from ground loops and electrical noise. Such robust isolation is crucial for high-accuracy data in challenging industrial environments.


Flexible Installation and Compatibility

Designed for straightforward DIN rail mounting and equipped with screw terminal wiring, the transmitter offers easy integration into control panels. Its compatibility with 2/3/4-wire PT100 RTDs enhances application flexibility, covering a wide temperature range from -200C to +600C.

FAQ's of Terminal Block Type PT Transmitter With Isolated Single Output:


Q: How do I install the Terminal Block Type PT Transmitter on my DIN rail system?

A: To install the transmitter, simply snap the module onto a standard DIN rail in your control panel. Use the screw terminals to connect input (RTD sensor), output (4-20 mA loop), and power supply (18-36V DC), ensuring all wiring adheres to the specified configuration.

Q: What advantages does galvanic isolation provide in this transmitter?

A: Galvanic isolation up to 1500V AC protects your system from ground loops and electrical interference, ensuring accurate and stable signal transmission between input, output, and power circuits. This is essential for industrial environments where electrical noise may be present.

Q: When is it appropriate to use this PT transmitter for temperature measurement?

A: This transmitter is suitable for precise temperature monitoring in HVAC systems, manufacturing plants, and process industries, especially where PT100 RTD sensors are required. Its high accuracy and wide temperature range (-200C to +600C) make it ideal for critical applications.

Q: Where can I use the Terminal Block Type PT Transmitter in industrial applications?

A: The transmitter can be deployed in control panels, distribution boards, or automation cabinets for temperature monitoring or process control, commonly found in chemical plants, power stations, and food processing industries across India.

Q: What is the process for connecting a PT100 RTD sensor to the transmitter?

A: Connect the PT100 RTD sensor to the designated input terminals following your sensor type (2, 3, or 4-wire). Refer to the transmitter's wiring diagram to ensure correct terminal placement, then connect the output (4-20 mA) and the 24V DC (18-36V) power supply.

Q: How is the transmitter's output configured and what is its usage benefit?

A: The output is an isolated 4-20 mA analog signal that can be connected directly to PLCs, recorders, or display panels. This standard signal format ensures long-distance transmission with minimal loss, providing reliable temperature data for process control.

Q: What protection and durability features does this transmitter offer?

A: With an enclosure rated to IP20 and constructed from flame-retardant polyamide PA, the transmitter is protected against dust and accidental contact. It operates effectively in temperatures from -10C to +70C and humidity up to 95% RH, non-condensing.

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