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Siemens 6DL1134-6JH00-0EH1 ET 200SP HA Analog Input Module

Siemens 6DL1134-6JH00-0EH1 ET 200SP HA Analog Input Module

Product Name: SIMATIC ET 200SP HA AI 16xTC / 8xRTD Analog Input Module

Brand Name: Siemens

Model Number: 6DL1134-6JH00-0EH1

Place of Origin: Germany

Warranty: 12 Months

Whatsapp: +86 18020776782

Email: [email protected]

Appurtenance:

siemens 6dl1134 6jh00 0eh1 simatic et 200sp ha ai 16xtc 8xrtd analog input module-1

Overview
Channel Planning
Description
Diagnostics
Specifications
Commercial Term
Contact info
FAQ
Other Products
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High-availability temperature input module for 16 thermocouples or eight RTD channels with channel diagnostics

The ET 200SP HA module supports TC, RTD, resistance and low-voltage measurements with 16-bit conversion, channel-specific interference suppression and diagnostics. It can be used redundantly with terminal block M1 and supports reparameterization in RUN.

Drive-service checkConfirm H1 or M1 terminal-block wiring, TC or RTD sensor type, 2/3/4-wire configuration, reference-junction method, channel parameter set, cable resistance and redundancy architecture before replacement.

Channel Planning

Channel range, sensor wiring and reference-junction design must agree with the field installation.

Thermocouples

Confirm TC type, polarity, compensation cable and internal, external or group reference-junction method.

RTD wiring

Match the sensor type and 2-, 3- or 4-wire connection and account for lead resistance where required.

Redundancy

Use the correct M1 terminal block and approved redundant configuration when high availability is required.

Description

6DL1134-6JH00-0EH1 is a SIMATIC ET 200SP HA analog input module for up to 16 thermocouples or eight resistance thermometers. It is designed for high-availability process I/O and supports channel diagnostics, limit alarms and firmware updating.

Commissioning should start from the approved hardware configuration. Verify each channel range, sensor wiring, cold-junction or reference-channel setting, interference-frequency suppression and diagnostic reaction before reconnecting process trips or control loops.

Diagnostics

Channel-specific LEDs and diagnostic alarms help isolate sensor, wiring and parameter faults.

Wire break

Compare the affected channel wiring and parameterized sensor range before replacing the module.

Value quality

Review quality information, overflow/underflow and limit alarms together with the raw process value.

Noise rejection

Set 16.6, 50 or 60 Hz interference suppression to suit the installation and expected conversion time.

Specifications

Product type designation

AI 16xTC / 8xRTD 2/3/4-wire HA

Order number

6DL1134-6JH00-0EH1

Analog inputs

16 voltage/thermocouple channels or 8 RTD/resistance channels

Resolution

Up to 16 bit including sign

Terminal blocks

H1, M1, N0, H0 or M0; redundancy with M1

Supply

24 V DC, 19.2 to 28.8 V

Diagnostics

Wire break, overflow/underflow, supply and channel/module status

Configuration in RUN

Reparameterization supported

Operating temperature

-40 to +70 degrees C horizontal; -40 to +60 degrees C vertical

Dimensions

22.5 x 115 x 138 mm

Weight

Approximately 150 g

Commercial Term

Quotation

Current price and availability

Payment

T/T or agreed terms

Lead time

Confirmed with quotation

Shipping

DHL, FedEx, UPS or agreed freight

Warranty

12 months

Contact info

CONTACT

Jim Pei

[email protected]

+86 180 2077 6782

FAQ

Which sensors can be connected to 6DL1134-6JH00-0EH1?

The module supports multiple thermocouple types, resistance thermometers and resistance or low-voltage ranges. Confirm the exact channel parameter, wiring method and terminal block against the approved ET 200SP HA configuration before connection.

How is redundancy implemented with 6DL1134-6JH00-0EH1?

Siemens specifies redundancy capability with terminal block M1. Verify the station design, paired-module configuration, channel assignments and process reaction before installing or replacing either redundant partner.

How should 6DL1134-6JH00-0EH1 be wired for RTD measurements?

Match the parameterized RTD type and select the correct 2-, 3- or 4-wire circuit. Check terminal-block coding, lead resistance, shield routing and channel assignment, then validate temperature values with a known reference.

Why can 6DL1134-6JH00-0EH1 report wire break or overflow after replacement?

Common causes are an incorrect sensor range, reversed or open wiring, wrong terminal assignment, missing reference-junction configuration or a parameter set that does not match the field device. Review channel diagnostics before changing hardware again.

Can 6DL1134-6JH00-0EH1 be reparameterized without stopping the station?

The module supports reparameterization in RUN, but the effect on the measured value, alarms and process logic must be assessed. Use an approved change procedure and monitor quality information while the parameter is applied.

How should noisy measurements from 6DL1134-6JH00-0EH1 be diagnosed?

Check shielding, grounding, cable routing, sensor continuity and common-mode conditions, then verify the selected 16.6, 50 or 60 Hz interference suppression and smoothing. Compare one channel at a time with a stable test source.

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