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Sure Instrument Xprt Equipment & Supplies
5 equipment items found
Manufactured by:Tianjin Sure Instrument Co., Ltd based inTianjin, CHINA
The SRL Radar Level Sensor operates at a high frequency of 80GHz, enabling accurate measurement in low permittivity mediums. Featuring a compact antenna design, it facilitates easy installation and non-contact measurement with no moving parts, ensuring high reliability and simple maintenance. The sensor provides high accuracy of ±1mm and features a small beam cone angle of only 4° for enhanced ...
Manufactured by:Tianjin Sure Instrument Co., Ltd based inTianjin, CHINA
Place of Origin: Tianjin, China. Brand Name: Sure Instrument. Nominal Pressure: GB 1.6MPa. Signal output: 4-20mA, Pulse and Modbus RS485. MOQ: 1set. Payment: T/T, LC, PayPal, West Union. Standard Lead Time: 7-10 working days. Shipment: Fedex, DHL, Alirline, Sea and others. Package Details: Carton and ...
Manufactured by:Tianjin Sure Instrument Co., Ltd based inTianjin, CHINA
The electromagnetic flowmeter by Sure Instrument is a versatile and widely used flow measurement device suitable for different industries and applications. Operating based on Faraday's law of magnetic induction, it measures the velocity of a conductive liquid flowing through a magnetic field, generating a voltage proportional to the flow rate. With no moving parts, it is suitable for wastewater, ...
Manufactured by:Tianjin Sure Instrument Co., Ltd based inTianjin, CHINA
The Oval Gear Flow Meter by Sure Instrument is engineered for precision measurement of liquid flow in various industrial applications. Originating from Tianjin, China, the device can handle nominal pressures up to 1.6MPa in compliance with GB standards, making it suitable for rigorous environments. It offers diverse signal output options including 4-20mA, Pulse, and Modbus RS485, facilitating ...
Manufactured by:Tianjin Sure Instrument Co., Ltd based inTianjin, CHINA
The Ultrasonic Level Meter (ULM) is a non-contact instrument designed for precise measurement of liquid surfaces. It operates using ultrasonic waves emitted by a sensor, which reflect off the liquid surface. The sensor then captures the echoes, and a microprocessor calculates the time difference between emission and reception to determine the distance to the liquid. This distance is subtracted ...