What is the difference between a Siemens transmitter and a Rosemount transmitter

Create Date: 2024-8-30 12:03:23|Source: Rosemount/Rosemount

Differences between Siemens transmitters and Rosemount transmitters: Siemens' transmitters are piezoresistive pressure transmitters, while Rosemount's transmitters are capacitive pressure transmitters.
What is the difference between a Siemens transmitter and a Rosemount transmitter

A transmitter is a converter that converts the output signal of a sensor into a signal source that can be recognized by the controller (or converts the non-electric power input from the sensor into an electrical signal and expands it for measurement and control from a distance). Together, the sensor and the transmitter form the monitoring signal source for automatic operation. Different physical quantities require different sensors and corresponding transmitters. There are many varieties of transmitters, and the transmitters used in industrial control instruments mainly include temperature transmitters, pressure transmitters, flow transmitters, current transmitters, voltage transmitters and so on.

Maintenance Functions:

1. Input overload maintenance;

2. Maintenance of output over-current constraint; Differences between Siemens transmitters and Rosemount transmitters: Siemens' transmitters are piezoresistive pressure transmitters, while Rosemount's transmitters are capacitive pressure transmitters.

A transmitter is a converter that converts the output signal of a sensor into a signal source that can be recognized by the controller (or converts the non-electric power input from the sensor into an electrical signal and expands it for measurement and control from a distance). Together, the sensor and the transmitter form the monitoring signal source for automatic operation. Different physical quantities require different sensors and corresponding transmitters. There are many varieties of transmitters, and the transmitters used in industrial control instruments mainly include temperature transmitters, pressure transmitters, flow transmitters, current transmitters, voltage transmitters and so on.

Maintenance Functions:

1. Input overload maintenance;

2. Maintenance of output over-current constraint;

3. Long-term short-circuit maintenance of output current;

4. Two-wire port transient induction lightning and inrush current TVS suppression maintenance;

5. Overvoltage limit maintenance of power supply≤ 35V;

6. Reverse connection maintenance of power supply.

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