Product Description
Backed with rich domain knowledge, we have been engaged in providing premium grade Rochester Transmitters & Sensors. Offered transmitters are electronic devices used in telecommunications for producing radio waves in order to transmit or send data with the aid of an antenna. Provided transmitters are equipped with sensors and find their usefulness in industrial places. Offered sensors are known for their hassle free functionality, low power consumption, less maintenance and longer service life. In addition to this, provided Rochester Transmitters & Sensors are available in various specifications according to needs of clients.
SSCC is a leading distributor of Remote Readouts for Rochester Gauges that displays the level data in a remote location. Our offered Rochester Transmitters are used for various applications. We can also provide wireless transmitters for wireless communication.
Reliable Performance and Versatile ApplicationsThe Rochester Level Transmitter is designed to deliver consistent accuracy (2% F.S.) in demanding industrial environments. Its sturdy construction in aluminium or SS316 and weatherproof enclosure ensure durability while providing flexibility for installation with either flanged or threaded process connections. This transmitter serves diverse sectors requiring accurate tank level measurement, such as chemicals, water treatment, and oil storage.
User-Friendly Interface and CustomizationWith an analog dial/scale display and customizable measuring range, this transmitter offers easy readability and adaptability for various tank sizes. The vertical mounting orientation and straightforward electrical connection via screw terminals simplify setup and reduce maintenance, allowing operators to quickly meet specific site requirements.
FAQs of Rochester Level Transmitter:
Q: How does the Rochester Level Transmitter operate in industrial tank monitoring?
A: The transmitter utilizes a resistive float sensor to accurately detect liquid levels within a storage tank or vessel. The sensors movements translate into a 4-20 mA output signal, compatible with standard industrial control and monitoring systems, enabling real-time level data transmission.
Q: What are the available mounting and process connection options for installation?
A: This model supports both flanged and threaded process connections, including 1 NPT and other thread types upon request. The preferred mounting orientation is vertical, which ensures optimal sensor performance and measurement accuracy.
Q: When should the transmitters temperature and pressure limits be considered?
A: The device is designed to operate within a temperature range of -40C to +85C and can handle working pressures up to 16 bar, subject to the processs requirements. Its important to ensure the transmitters specifications align with your applications environmental and process conditions for reliable operation.
Q: Where can this transmitter be effectively used?
A: It is suitable for a variety of industrial environmentsincluding liquid level monitoring in storage tanks and vessels across the chemical, oil & gas, water treatment, and general process industriesmaking it versatile for both new installations and retrofits.
Q: What is the process for connecting the electrical interface?
A: Electrical connections are made via 2-wire loop powered screw terminals and secured with a cable gland, supporting a power supply range of 1236 VDC. The design facilitates straightforward wiring and integration with standard control panels.
Q: How customizable is the transmitter for unique application requirements?
A: The measuring range (standard 0100%) and process connections can be tailored according to specific tank dimensions and requirements. Glass size and seal materials (Buna-N or Viton) can also be customized based on the process fluid and operational needs.
Q: What benefits does this transmitter offer over traditional level gauges?
A: Unlike traditional bourdon tube or sight glass gauges, the Rochester transmitter provides continuous analog and transmitter output with minimal process intrusion. Its weatherproof housing, high accuracy, and fast response (<1 second) deliver dependable, maintenance-friendly monitoring even in harsh industrial settings.