XP-1A Handheld SF6 Gas Leakage Detector-Catalog

Product catalog summary

Product Introduction
The XP-1A Handheld SF6 Gas Leakage Detector by Wuhan UHV Power Technology Co., Ltd. features a micro-tech central processing unit that enhances digital signal processing capabilities. This reduces circuit elements by 40%, improving reliability and efficiency. The microprocessor monitors probes and battery voltage 4000 times per second, ensuring stable and reliable operation.

Product Features

Microprocessor control with advanced digital signal processing.
Three-color video display.
Seven-gear sensitivity setting, with a maximum enhancement of 64 times.
Touch keyboard for easy operation.
Adjustable sensitivity at any time.
Automatic battery test function and voltage indication.
Detects R134a, R12, R22, and all halogen refrigerants.
Equipped with a vacuum mechanical pump for sampling.
Wireless and portable, requiring only two batteries.
35 cm flexible stainless steel probe rod.

Technical Parameters

Power Supply: DC 3V, two alkaline batteries.
Maximum Sensitivity: Approved for R12, R22, R134a at 14 g/year.
Sensitivity Limit: Less than 3 g/year for halogen refrigerants.
Probe Usage Time: Approximately 20 hours.
Operating Temperature: 0℃-52℃.
Battery Usage Time: About 30 hours under normal use.
Continuous, unlimited working method.
Instantaneous response time.
Reset Time: 1 second.
Warm-up Time: About 2 seconds.
Weight: 560 g.
Dimensions: 229×65×65 mm.
Probe Rod Length: 35.5 cm.

Catalog excerpts

XP-1A Handheld SF6 Gas Leakage Detector-Catalog-1

Wuhan UHV Power Technology Co.,Ltd. XP-1A

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XP-1A Handheld SF6 Gas Leakage Detector-Catalog-2

Wuhan UHV Power Technology Co.,Ltd. Micro-tech central processing unit is the core of the product; its digital signal processing capabilities can better manage the circuit and deal with the detection signal. Due to extensive use of integrated circuits reduce the quantity of circuit elements 40%, greatly improve the reliability and efficiency. Microprocessor can monitor probes and battery voltage with 4000 times per second, tiny signal can also be captured, in any circumstance can work stable and reliable. 1 Adopt microprocessor control with advanced digital signal processing capabilities 2 Three...

Open the catalog to page 2