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Honeywell FC-TSPKUNI-1624 Universal Temperature Sensor Interface Module
Warranty： 365 days
Quality: Original module
Condition： New / Used
Warehouse: Spot
Delivery time: Shipped in 3 days after payment
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Классификация: HONEYWELL/霍尼韦尔/美国
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Honeywell FC-TSPKUNI-1624 Universal Temperature Sensor Interface Module
Product Core Overview
The Honeywell FC-TSPKUNI-1624 is a versatile sensor interface module designed for industrial control systems. It serves as a critical signal conditioning component, accepting a wide range of temperature sensors and delivering standardized, conditioned signals to PLCs, DCS controllers, or building automation systems.
The Honeywell FC-TSPKUNI-1624 is a versatile sensor interface module designed for industrial control systems. It serves as a critical signal conditioning component, accepting a wide range of temperature sensors and delivering standardized, conditioned signals to PLCs, DCS controllers, or building automation systems.
Key Technical Specifications
- Manufacturer: Honeywell
- Series: FC-Series (Universal Temperature Interface)
- Functional Description: Universal Temperature Sensor Interface
- Input Compatibility: Supports PT100/RTD, common thermocouple types (K/J/T/N), and mV inputs
- Output Signal: Native 4–20 mA analog output (with optional RS-485/Modbus RTU digital interface in some variants)
- Power Supply: 16–24 V DC
- Mounting: Compact DIN-rail or panel mount
- Signal Processing: Built-in signal filtering and cold junction compensation
FC-TSPKUNI-1624
Recommended Same-Series Models
For system expansion or alternative I/O configurations within the Honeywell FC-series platform, consider:
For system expansion or alternative I/O configurations within the Honeywell FC-series platform, consider:
- FC-PSU-240516: 24 VDC Power Supply Unit
- FC-SAI-1620M: Analog Input Module
- FC-SDI-1624: Digital Input Module
- FC-SDO-0824: Digital Output Module
- FC-TSHART-1620M: High-Level Temperature Sensor Module
Professional Quality Control Test SOP
To ensure operational reliability in critical control loops, suppliers typically adhere to the following testing protocols:
To ensure operational reliability in critical control loops, suppliers typically adhere to the following testing protocols:
- Visual & Physical Inspection: Verification of the FC-TSPKUNI-1624 part number, DIN-rail mounting clips, and terminal block integrity.
- Functional Bench Testing: Simulating RTD/thermocouple inputs to validate signal conditioning, 4-20mA output accuracy, and cold junction compensation.
- Communication Test: Verifying stable data exchange over the optional RS-485/Modbus interface (if applicable).
- Final Certification: Issuance of a certificate of conformity confirming the unit is fully operational and meets original manufacturer specifications.
Application Scenarios & Features
- Primary Applications: Process skids, HVAC racks, machine control panels, and general industrial temperature monitoring where space and wiring simplicity are critical.
- Key Features:
- Universal Input: Consolidates multiple sensor types (RTD, Thermocouple, mV) into a single module, significantly lowering inventory and wiring complexity.
- Compact Design: Small footprint saves valuable cabinet space and allows for easy retrofit into existing racks.
- Noise Immunity: Built-in signal filtering improves measurement stability in electrically noisy industrial environments.
Frequently Asked Questions (FAQ)
- Q: What is the primary function of the FC-TSPKUNI-1624?
A: It acts as a universal interface that converts raw temperature sensor signals into standardized 4-20mA outputs for control systems. - Q: What types of temperature sensors are compatible?
A: It supports PT100/RTD sensors, common thermocouples (K, J, T, N types), and millivolt (mV) inputs. - Q: What is the operating voltage range?
A: It operates on a standard 16–24 V DC power supply, matching common control panel bus voltages. - Q: Does this module support digital communication?
A: Many factory variants include an optional RS-485/Modbus RTU digital interface for seamless integration with PLCs and controllers.