We are a Dealer, Supplier of Gefran. We stock and supply running models are Gefran Position Sensors, Gefran Pressure Sensors, Gefran Strain And Force Sensors, Gefran Drives, Gefran Temperature Sensors, Gefran Controllers And Indicators, Gefran Power Control, Gefran Servodrives & Brushless Motors.
We are supplier in India, Mumbai, Delhi, Ahmadabad, Chennai Pune, Nashik, Vapi, Aurangabad, Nagpur, Sangli, Satara, Ichalkarnji, Solapur, Kupwad, Kolhapur, Pimpri, Chinchwad, Jalgaon, Silvassa, Surat, Baroda, Morbi, UAE, Indore, Bhopal, Gurgaon, Faridabad, Ghaziabad, Noida, Coimbatore.
High Performance and DurabilityGefran sensors are renowned for their robust stainless steel design and protective hermetic sealing. These transmitters are equipped to handle extreme shocks (up to 100g) and vibrations, ensuring precise pressure measurement even under challenging industrial conditions. The overpressure capability and IP65-rated enclosure add an extra layer of service life and reliability.
Flexible Application and Easy IntegrationDesigned for seamless incorporation into process control, hydraulic, and pneumatic systems, Gefran pressure transmitters fit a wide array of industrial automation setups. Featuring a standardized DIN 43650 connector and 2-wire interface, installation becomes straightforward. The analog current output (4-20 mA) supports integration with various monitoring equipment.
Reliable Measurement and Fast ResponseWith high accuracy (0.25% FS), rapid response time (<1 ms), and high sensitivity, Gefran sensors deliver trustworthy performance for critical operations. The substantial measurement range (0-600 bar) and low power consumption further increase their versatility and operational cost-effectiveness.
FAQ's of Gefran Sensor Dealer Suppler:
Q: How do Gefran pressure transmitters ensure reliability in industrial environments?
A: Gefran sensors are built from AISI 304 stainless steel and are hermetically sealed to protect against harsh conditions and contaminants. They feature an IP65 rating for water and dust resistance and are designed to withstand shocks up to 100g and vibrations up to 20g, making them suitable for demanding industrial automation environments.
Q: What is the installation process for a Gefran pressure sensor?
A: Gefran transmitters utilize a threaded mounting type and a DIN 43650 connector for secure and straightforward attachment. With a 2-meter cable and 2-wire interface, integration into existing control systems is simple and quick for technicians or engineers.
Q: Where can Gefran sensors be used within industrial automation systems?
A: These pressure transmitters are primarily intended for use in process control, hydraulic systems, and pneumatic applications. Their robust design and wide measurement range make them versatile for various sectors, including manufacturing, utility operations, and heavy machinery environments.
Q: What benefits does the Gefran sensor offer compared to standard pressure transmitters?
A: Gefran sensors provide high accuracy (0.25% FS), rapid response time (<1 ms), overpressure protection, long service life, and excellent resistance to mechanical stress. Their hermetic sealing and stainless steel enclosure further enhance durability and reliability, minimizing maintenance requirements.
Q: When is it recommended to use an IP65-rated pressure transmitter?
A: An IP65-rated Gefran sensor is suitable when the installation environment exposes equipment to dust, moisture, or incidental contact with liquids. This rating assures that the transmitter will function reliably, even in outdoor or washdown industrial zones.
Q: What are the main usage cases for Gefran pressure transmitters in India?
A: Gefran sensors are widely implemented by manufacturers, producers, exporters, importers, and service providers for industrial automation in sectors such as process control, hydraulic, and pneumatic systems. Their reliability and accuracy make them valuable for maintaining operational efficiency and safety.
Q: How does the overpressure capability of Gefran sensors enhance safety?
A: Gefran transmitters can withstand up to 1.5 times their full-scale pressure without damage. This feature protects both the sensor and the system in the event of unexpected pressure surges, reducing downtime and maintenance costs.