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GE Fanuc Series 90-30 PLC 6-Channel RTD Input Module HE693RTD600R In stock

GE Fanuc Series 90-30 PLC 6-Channel RTD Input Module HE693RTD600R In stock

Product Name: 6-Channel RTD Input Module

Brand Name: GE

Model Number:HE693RTD600R

Country of Origin:USA

Warranty: 12 Months

Whatsapp：+86 18159889985

Email：[email protected]

Overview
Contact for quotation
Specifications
Description
Applications
Features
Functions
FAQ
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Overview

Brand Name:	General Electric
Model Number:	HE693RTD600R
Country of Origin:	USA
Packaging Details:	Original new Factory Sealed
Delivery Time:	Delivery time in stock
Payment Terms:	T/T

Contact for quotation

Sales Manager:	Stella
Send an email:	[email protected]
Contact in Whatsapp:	+86 18159889985

Specifications

Parameter	Technical Details / Value
Module Classification	Isolated Analog Resistance Temperature Detector (RTD) Input Module
Compatible Platform	GE Fanuc Series 90-30 Programmable Logic Controller (PLC)
Total Input Capacity	6 Dedicated Channels
Host Current Consumption	75mA @ 5V DC (Sourced internally via backplane bus)
Measurement Resolution	0.5°C or 0.5°F Incremental Scaling
Supported Sensor Types	PT-90 (MIL-7990), PT-100 (Alpha .00385, .003902, .003906), Pt-1000
Alternative Sensors	Ni-120, Cu-10, Cu-50, Cu-53, Cu-100, TD5R, Linear Resistance
Data Mapping Location	Direct write to %AI Input Register Table
Regulatory Conformance	CE Marked (EMC Directive Compliance for industrial environments)
Dimensions	3.5x13x13.5cm
Weight	0.32kg

Description

The HE693RTD600R operates as a high-precision, 6-channel analog thermal input module engineered specifically for the GE Fanuc Series 90-30 PLC rack architecture. By interpreting field sensor resistances directly, the HE693RTD600R translates temperature data into immediate digital values without requiring expensive intermediate transmitters or signal conditioners. This onboard processing allows the HE693RTD600R to feed automated temperature records straight into the processor's input registers in steady 0.5-degree increments. For plant engineers upgrading legacy tracking systems, installing this card ensures accurate multi-channel thermal monitoring across challenging industrial frameworks.

Applications

Direct Field Thermal Tracking: Connects RTD temperature sensors directly to the central controller without external signal processing.
Boiler and Furnace Surveillance: Tracks complex thermal profiles across high-temperature production environments.
HVAC System Optimization: Manages environmental conditions in large commercial buildings or warehouse installations.
Petrochemical and Chemical Processing: Monitors multi-point temperature limits to safeguard continuous industrial reactions.

Features

Transmitter-Free Interfacing: Cuts hardware overhead by removing the need for external transducers or line amplifiers.
Extensive Sensor Support: Interfaces seamlessly with standard Platinum, Nickel, and Copper RTD elements.
Low Backplane Power Draw: Consumes just 75mA from the 5V DC rack bus to minimize system thermal generation.
Linear Resistance Mapping: Accommodates variable resistor devices alongside traditional temperature elements.

Functions

Autonomous Signal Conversion: Handles all analog-to-digital processing locally on the hardware module.
Automated Register Updating: Maps calculated engineering units directly into the 90-30 %AI input memory matrix.
Electrical Signal Isolation: Isolates delicate internal bus logic from potential field-side electrical surges.
Continuous Fault Checking: Discovers and flags open-circuit line faults or disconnected sensor wires instantly.

FAQ

Q1: Does the HE693RTD600R require external power supplies to read field RTD signals?
A1: No, the module draws its entire operating power allocation directly from the Series 90-30 PLC backplane connection.

Q2: What is the exact temperature resolution written to the PLC memory table?
A2: Stored values update in precise increments of either 0.5°C or 0.5°F, depending on how you configure the module software.

Q3: Can I connect a 1000-ohm Platinum sensor directly to this hardware card?
A3: Yes, the module offers native multi-sensor compatibility, fully supporting Pt-1000, Pt-100, and Pt-90 styles.

Q4: How does this card handle signal linearization for complex, non-linear sensor curves?
A4: The onboard processor carries out all necessary compensation algorithms automatically before sending data to the CPU.

Q5: Is it possible to monitor simple linear resistance values rather than temperature?
A5: Yes, you can configure the input channels to read pure ohm values from linear pots or slide-wire devices.

Inguiry Now: [email protected]