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Guangzhou Saimi Automatic Control Technology Co., Ltd
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Guangzhou Saimi Automatic Control Technology Co., Ltd

  • E-mail

    semi6688@163.com

  • Phone

    13903076878

  • Address

    No. 51 Huangcun Road, Tianhe District, Guangzhou City

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GM11F2.01V Zero Voltage Switch SMP-30VF2.01V

NegotiableUpdate on 04/27
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Overview

GM11F2.01V zero voltage switch SMP-30VF2.01V provides excellent repeatability and long service life. Due to the mechanical limitations of the diaphragm stroke, it can be used under continuous cycling and overload conditions.

Product Details

GM11F2.01V Zero Voltage Switch SMP-30VF2.01VThe principle of

GM11F2.01V zero voltage switch provides excellent repeatability and long service life, and can be used under continuous cycling and overload conditions due to mechanical limitations of diaphragm travel.


Parameters of SMP-30VF2.01V and GM11F2.01V Zero Voltage Switches

GM11F2.01V Zero Voltage Switch Contact Capacity: 250VAC/15A, 30VDC/5A

SMP-30VF2.01V zero voltage switch ambient temperature: up to -54~200 ℃

GM11F2.01V zero voltage switch protection level: NEMA4, NEMA4X, IP65, IP68

SMP-30VF2.01V zero voltage switch pressure/vacuum/composite switch

GM11F2.01V zero voltage switch is resistant to harsh environments

SMP-30VF2.01V zero voltage switch, low-cost and economical

GM11F2.01V zero voltage switch single set point, with scale line

SMP-30VF2.01V zero voltage switch setting range 1~480bar

GM11F2.01V zero voltage switch standard dead zone 0.007 bar

SMP-30VF2.01V Zero Voltage Switch Typical Standard Dead Zone 0.3bar

GM11F2.01V zero voltage switch standard dead zone of 7 bar


GM11F2.01V Zero Voltage Switch SMP-30VF2.01VCharacteristics of

The MODEL NUMBER 2G11F2.01V pressure switch and SMP-30VF2.01V zero pressure switch highlight a wide setting range, low dead zone performance, and multi contact options, which can replace traditional contact pressure gauge applications. With large contact capacity, they can directly control power equipment such as water pumps and motors, simplify control circuits, and reduce system maintenance, thereby improving system reliability.