Product Overview
Technical Summary
| Product designation | SIPLUS ET 200S EM 2AI RTD based on 6ES7134-4JB51-0AB0 with conformal coating, -25…+70 °C |
|---|---|
| Analog inputs | 4; 2 for 3 or 4-wire connection |
| Supported input ranges | Ni 100; Pt 100; 0 to 150 ohms; 0 to 300 ohms; 0 to 600 ohms |
| Rated load voltage | 24 V DC from the power module |
| Resistance measurement connections | Two-wire, three-wire, and four-wire |
| Resolution with overrange | 16 bit; 150 ohms: 14 bit; 300, 600 ohms: 15 bit, Pt100, Ni100: 16 bit |
| Integration time | 16,7 / 20 ms |
| Conversion time per channel | 66 / 80 ms; additional conversion time for diagnostic wire break test |
| Isolation tested with | 500 V DC |
| Product lifecycle | Product cancellation |
Key Features
- Product designation: SIPLUS ET 200S EM 2AI RTD based on 6ES7134-4JB51-0AB0 with conformal coating, -25…+70 °C.
- Analog inputs: 4 analog inputs; 2 for 3 or 4-wire connection.
- Input types: Supports Ni 100, Pt 100, and resistance ranges of 0 to 150 ohms, 0 to 300 ohms, and 0 to 600 ohms.
- Load voltage: Rated value (DC): 24 V from the power module; reverse polarity protection: Yes.
- Signal connections: Supports resistance measurement with two-wire, three-wire, and four-wire connections.
- Diagnostics: Wire break, group error, and overflow/underflow diagnoses are supported; group error SF (red) LED indication: Yes.
Frequently Asked Questions
What does Siemens order number 6AG1134-4JB51-7AB0 identify?
It identifies a SIPLUS ET 200S EM 2AI RTD module based on 6ES7134-4JB51-0AB0 with conformal coating and -25…+70 °C.
Which specifications distinguish this MLFB variant?
The module has 4 analog inputs, supports Pt100, Ni100, and 0 to 150 ohms, 0 to 300 ohms, and 0 to 600 ohms resistance ranges, and uses a 24 V DC rated load voltage from the power module.
Which connection types are supported?
Resistance measurement supports two-wire, three-wire, and four-wire connections.
What should be checked when requesting a quotation?
Check the complete code 6AG1134-4JB51-7AB0, the required quantity, and the destination.
