About Pressure Transmitter
Pressure transmitter offered by us isused to indicate the high pressure levels and thus helps in preventing the disaster. This is highly useful for measuring the pressures of liquid, gases and fluids. It is made to measure the pressure found in an industrial machinery. Pressure transmitter, supplied, imported and manufactured by R B Automation is an optimum quality device, which is intended to convert the low-level electrical outputs.
Technical specification
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Media Temperature
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25 to 100 Degree C
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Usage/Application
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Industrial Process Monitoring
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Brand
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RB Automation,Baumer
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Pressure Ranges
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-1 to 0 Bar to 0 to 200 bar
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Accuracy
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0.5%
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Output
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4-20 mA
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Model Name/Number
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CTX
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Output Voltage
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4.20 mA, 0.10 V
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High Performance and VersatilityEngineered for industrial environments, this pressure transmitter excels with significant attributes such as compact design, high accuracy, and resistance to extreme temperatures and vibrations. Its IP65-rated enclosure and stainless steel construction guarantee long-term durability. The device's compatibility with a wide variety of industrial systems makes it a versatile choice for monitoring and controlling process pressures efficiently.
Precise Measurement and Rapid ResponseWith an accuracy of 0.25% FS and a response time of under 5 ms, this transmitter ensures real-time, precise pressure readings essential for process optimization and safety. The analogue 4-20 mA output provides seamless integration with standard industrial control systems, maintaining stable performance even under fluctuating environmental conditions.
FAQ's of Pressure Transmitter:
Q: How do I install the pressure transmitter in my industrial setup?
A: Install the pressure transmitter using the 1/4" NPT male threaded process connection, ensuring a secure fit to your process line. Use the M12 connector for the electrical interface, and follow proper wiring procedures for the 4-20 mA (2-wire) output. Make sure the installation location falls within the ambient temperature and humidity specifications for optimal performance.
Q: What are the primary benefits of using this pressure transmitter in industrial applications?
A: Key benefits include high accuracy (0.25% FS), fast response time (<5 ms), wide operating temperature range (-40C to +85C), robust vibration resistance, and low energy consumption. Its stainless steel, IP65-protected design and PTFE insulation ensure reliable long-term use in harsh conditions.
Q: When should I consider replacing or servicing the pressure transmitter?
A: The transmitter requires minimal maintenance, but it is recommended to inspect periodically, especially if exposed to extreme environmental stress or contamination. With its 1-year warranty and robust construction, replacement or servicing is typically only necessary if there is a noticeable drop in accuracy or signal instability.
Q: Where can this pressure transmitter be used most effectively?
A: It is particularly effective in industrial environments requiring precise pressure monitoring such as chemical processing, manufacturing, and automation systems. Its wide temperature and vibration tolerance make it suitable for both indoor and outdoor installations across diverse industries.
Q: What is the process for setting up the electrical connection?
A: Connect the transmitter to your control system using the M12 connector. Ensure the power supply delivers 24 V DC and connect according to the provided polarity for the 2-wire 4-20 mA output. Check that the total loop load resistance does not exceed 600 Ohms for optimal signal transmission.
Q: How does the device withstand harsh or vibrating environments?
A: The transmitter is designed with a stainless-steel body for mechanical durability and offers vibration resistance of up to 10 g from 20 to 2000 Hz. Its IP65 rating and PTFE insulation further protect against dust, moisture, and harsh environmental conditions.