Transducers Dealers in Gurugram

PRC offers wide range of LVDT to suit various laboratory requirement pertaining to the displacement measurement. These LVDT’s are available in two options such as AC to AC and DC to DC voltage/current.   Technical Specification: Application – Linear position measurement Excitation voltage – 2-10 V AC/DC Stroke – 5 mm to 500 mm Hysteresis (mm) – 0.25 Repeatability (mm) – 0.08 Linearity (% FS) – ± 0.05 / ± 0.10 Material of construction – SS / Aluminum Housing – Suitable housing provided Protection – IP-66 Operating temp. Range (°C) – -20°C~+55°C Digital Displacement Indicators   Application- Linear measurement Display- 5 / 6 Digit 7 Segment display. Inputs- LVDT Calibration- Auto Calibration Output- 2 Set point Relay output / 1 Relay output Protection- Against Over travel On Screen display- Displacement Function mode- Unit conversion & Peak hold function Keypad- 4 keys to enter parameters.

• Stroke: +/-5mm to +/-“5OOmmand more.
• Linearity: 0.05% onwards.
• Package: Upto IP-68
• Operating at: -60 to +150 deg C, upto 1000 bar pressure

LVDTs are very high precision inductive sensors, excellent for use in harsh and demanding environments. Our LVDTs perform at high temperature and different pressure ranges, as well as at high accelerations and measuring cycles. Our LVDTs offer ultimate reliability and precision in a compact size and is designed for strategic and industrial applications.

• Accuracy: +/- 3.5 %
• Brand: Valcom
• Part Number: VPNPR-A5-N-4
• Suitable Media: Air
• Pressure Range: 1-70 Bar
• Response Time: 2 ms
• Supply Voltage: 5 to 15 V DC
• Interface: I2C
• Housing Material: Stainless Steel
• Operating Temperature: -40 to 65 Deg C
• IP Protection Class: IP67
• Features: Less power consumption, High Accuracy, Longer working life, High Stability, Reliable and Powerful, Economical

The sensors for torque measurement in various driving parts like the engine and the transmission, etc. This sensor measures the twist with a strain gage, and transmits the output signal by using a transformer, or by using an optical sensor.

Ultrasonic sensors are most commonly used in the diffuse mode. A single ultrasonic transducer is used as both emitter and receiver and is typically contained in the same housing as the evaluation electronics. To reliably detect difficult objects, the majority of our diffuse mode sensors can be converted to retroreflective operation via software parameterization. Some ultrasonic sensors are supplied as retroreflective sensors from the outset.

Features         The system does not require field Boxes, processors or power for sites up to about 1.5 Km.     The system does not require a processor at all and can be plugged in directly into the control hub (or computer).       The SVS 1000 provide alarm resolution of 3m rather than up to 100m in other systems.     The same sensors can act as Magnetic sensors, guard tour notification sensors and temperature sensors.       There is no orientation requirement for the sensor unlike other systems where the sensor has to be levelled and adjusted.     Omni-Directional installation on any infrastructure.       Decentralize processing – very low FAR and high resolution settings capability.     Cost effective.

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