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Siemens TELEPERM XP 6DP1232-8BA FUM 232 Temperature Sensor Conditioning Module
Manufacturer: Siemens
Condition: Brand New
Lead Time: In Stock
Origin: Germany
Warranty: 12 Months
Email: [email protected]
whatsApp: +86-18150117685
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Overview
- Match the full article number and module revision.
- Verify whether the field inputs are Pt100 sensors, thermocouples or a documented combination.
- Confirm channel assignment, reference-junction method and monitoring configuration.
- Check the existing terminal arrangement and redundant-system requirements before installation.
Siemens TELEPERM XP · Temperature Sensor Conditioning
Siemens 6DP1232-8BA FUM 232 Temperature Sensor Conditioning Module
FUM 232 module for conditioning Pt100 and thermocouple signals in TELEPERM XP and SPPA-T3000 automation systems.
At a Glance
| Brand | Siemens |
|---|---|
| Model | 6DP1232-8BA |
| Product Type | FUM 232 temperature-sensor conditioning module |
| Core Function | Conditions Pt100 and thermocouple input signals |
| Compatible Series | TELEPERM XP and SPPA-T3000 |
Exact Identification
Use the complete article number 6DP1232-8BA when matching the installed module.
Temperature Inputs
Designed for Pt100 resistance sensors and thermocouples.
System Fit
Match the module revision and I/O assignment to the existing automation station.
Product Overview
The Siemens 6DP1232-8BA is a FUM 232 signal-conditioning module for temperature measurements in TELEPERM XP and SPPA-T3000 process-control installations.
It accepts Pt100 resistance-sensor and thermocouple signals, with monitoring functions intended to support dependable acquisition of field temperature values.
Key Functions
Resistance-Temperature Acquisition
Processes four-wire Pt100 sensor inputs for accurate resistance-based temperature measurement.
Thermocouple Signal Conditioning
Conditions thermocouple channels and supports fixed or variable reference-junction compensation.
Input Supervision
Monitors transmitter supply, measuring-range violations and sensor-circuit wire breaks.
Temperature Comparison
Supports differential-temperature evaluation where the configured application requires paired measurements.
Official Specifications
| Pt100 Channel Capacity | Up to 14 channels |
|---|---|
| Pt100 Sensor Connection | Four-wire |
| Thermocouple Channel Capacity | Up to 28 channels |
| Reference-Junction Compensation | Fixed or variable |
| Transmitter-Supply Supervision | Integrated supply-circuit monitoring |
| Measuring-Range Supervision | Overrange and underrange detection |
| Sensor-Circuit Diagnostics | Wire-break detection |
| Differential-Temperature Processing | Temperature-difference evaluation between configured measurement inputs |
| Redundant Operating Configuration | FUM 232 module redundancy |
Frequently Asked Questions
Can 6DP1232-8BA be used with both Pt100 sensors and thermocouples?
The module supports four-wire Pt100 inputs as well as thermocouple inputs within its documented channel capacities.
How many Pt100 channels can an engineer connect to 6DP1232-8BA?
Up to 14 four-wire Pt100 channels can be connected when the station is configured for resistance-temperature measurement.
What should be checked before replacing 6DP1232-8BA in a TELEPERM XP station?
Match the hardware revision, terminal assignment, configured sensor types and redundancy arrangement before installing the replacement.
Does 6DP1232-8BA detect an open sensor circuit?
The input supervision includes wire-break detection for supported sensor circuits.
Can 6DP1232-8BA monitor thermocouple reference-junction temperature?
Thermocouple operation supports fixed or variable reference-junction compensation according to the configured measurement setup.
Is 6DP1232-8BA suitable for differential-temperature measurement?
The module supports differential-temperature evaluation when the required input pairing is configured in the automation project.
Can 6DP1232-8BA be installed in a redundant measurement arrangement?
Redundant module operation is supported when the system architecture and project configuration provide the corresponding arrangement.
