• The Series VF Visi-Float® Flowmeters are a line of direct reading, precision machined, clear acrylic body flowmeters suitable for both gas and liquid applications. The fabrication of the Visi-Float flowmeters is backed by over 60 years of experience in acrylic instrument machining. This Series consists of 2" (51 mm) and 4" (102 mm) scales with optional precision metering valves.
  • MPR 系列微型调压阀结构紧凑,成本低,高性能的为压缩空气,空气/水的调压。低扭矩,不升高的可调旋钮具有锁定能力可提供简单而又精确的调节。其中用于气体的调压阀能够自排放,气液两用的不能自放。
  • PMS系列微粒传感器结合被动-感应和保护-探头技术于一体用于现场检测。一旦有微粒流体在探头附近和围绕它,探头会马上感应到。一个DSP处理的信号进入一个绝对输出也就是输入合理的线性到模块。探头具有保护层,并带有传感能可靠的工作于任何微粒也包括潮湿的粉末和高传导性的尘埃,传感器仅需最小的维护,也不需要空气净化系统。为了使之经久耐用,传感器没有电子器件。该PMS系列微粒传感器设计与DPM系列微粒监测器一起使用于本安防爆环境。
  • DMP系列微粒监测仪和PMS系列微粒传感器配套使用,可以提供给袋式集尘室和粉墨盒过滤渗漏探测仪全面的维护计划及过程保护。它使用方便且安全可靠。渗漏情况可以即时地在现场测到并在仪表盘上反映出来,并且不需要事先设定基线数据同时还不必另装信号调节装置。只须通电,就可快速决定过滤器的整体情况。通过移动面板上的上下键,锁定键可以很简单的设定一个报警点。要设定更多精确的报警设定点,大的显示屏供应了一对模拟bar图表和一个绝对数字读数。 用户可以通过圆形刻度的两条基线来观察过滤清洁循环和泄漏发展的变化和峰值,观察两条基线和峰值是设定正确报警的基本要素。数字读数是绝对可靠的,它能够正确地读数并提供准确的历史比较数据。 DPM系列微粒监测仪有一个很坚固的封闭的铸铝外壳。一个大的液晶显示屏上的条线图和数字显示出粒子水平。一个可以锁定的键可用于设定和调整。
  • DMP系列微粒监测仪和PMS系列微粒传感器配套使用,可以提供给袋式集尘室和粉墨盒过滤渗漏探测仪全面的维护计划及过程保护。它使用方便且安全可靠。渗漏情况可以即时地在现场测到并在仪表盘上反映出来,并且不需要事先设定基线数据同时还不必另装信号调节装置。只须通电,就可快速决定过滤器的整体情况。通过移动面板上的上下键,锁定键可以很简单的设定一个报警点。要设定更多精确的报警设定点,大的显示屏供应了一对模拟bar图表和一个绝对数字读数。 用户可以通过圆形刻度的两条基线来观察过滤清洁循环和泄漏发展的变化和峰值,观察两条基线和峰值是设定正确报警的基本要素。数字读数是绝对可靠的,它能够正确地读数并提供准确的历史比较数据。 DPM系列微粒监测仪有一个很坚固的封闭的铸铝外壳。一个大的液晶显示屏上的条线图和数字显示出粒子水平。一个可以锁定的键可用于设定和调整。
  • The Series PMT2 Particulate Transmitter is designed to measure particulate emission levels from dust collector discharge. Using DC coupled electrostatic induction sensing technology, the transmitter monitors a pA current that is generated as particulate passes near the probe; a 4 to 20 mA signal will vary based on the particulate level. The PMT2 offers 6 sensitivity ranges allowing the user to choose the range that will best fit the application. The range and test selector switch can also be set to output a 4 mA or 20 mA signal to assist with set up or trouble shooting. Averaging time setting can be used to dampen the signal if desired.
  • Simplify your on-demand cleaning requirements with the Series DCT1000DC Dust Collector Timer Controller. Relying on one timer board for on demand and continuous cleaning applications, the DCT1000DC eliminates external devices such as pressure switches, relays and timers. The DCT1000DC accepts 10-30 VDC power. The units modular design allows for use as a continuous cleaning control or on demand cleaning control using the optional DCP plug-in pressure module. A 4-20 mA process output is integral to the DCP pressure module, eliminating the need to purchase an expensive process transmitter. A solenoid fault light on the DCT1000DC notifies the operator when a solenoid valve fails to activate properly.
  • The SERIES DCT1000 Dust Collector Timer Controller simplifies on-demand cleaning requirements by eliminating the need for external devices such as pressure switches, relays, and timers. The modular design allows for use as a continuous cleaning control or on-demand cleaning control using the optional plug-in pressure module. The DCT1000 is the same size for 6, 10, and 22 channels, allowing one board size to be the standard on one enclosure.
  • The Series DCT600 Timer Controller is a timing system for pulse-jet type dust collectors or pneumatic conveying systems in either continuous or on-demand cleaning applications. It provides either 4, 6, 10, 22 or 32 channels. The DCT600 was designed for ease of installation in your dust collector system. For installations requiring fewer channels than available on the board, a shorting plug (DCT604 & DCT610) or dip switches (DCT622 & DCT632) allows selection of the last used channel. Time-on and time-off settings are selected using two potentiometers. High-limit and low-limit control inputs are provided for use with on-demand systems. Units can also work in continuous clean mode. The new enhanced board circuitry of the DCT600 synchronizes the on-time pulse to the power line to achieve a pulse stability of ±1 msec. For safety, the control circuitry including the control inputs and the last channel jumper is isolated from the power line.
  • Ideal for pneumatic conveying systems, the Series DCT500ADC Low Cost Timer Controller is designed to provide continuous or on-demand cleaning for 10-35 volt powered receivers and pulse jet systems. Available in either 4, 6 or 10 channels, each unit is the same size, minimizing enclosure space and reducing overall system installation cost. The DCT500ADC is simple and easy to use. Time-On and Time-Off settings are selected using two potentiometers. High Limit and Low Limit control inputs are provided for use with on demand systems. For added safety, the control circuitry including the control inputs are isolated from the line voltage. To meet your system requirements, an optional weatherproof enclosure is available. For on demand systems, a Dwyer Series A3000 Photohelic® gage or Series 1800 Pressure Switch may be used with the DCT500ADC.
  • Ideal for pneumatic conveying systems, the Series DCT500A Low Cost Timer Controller is designed to provide continuous or on-demand cleaning for receivers and pulse jet systems. Available in either 4, 6 or 10 channels, each unit is the same size, minimizing enclosure space and reducing overall system installation cost. The DCT500A is simple and easy to use. Time-On and Time-Off settings are selected using two potentiometers. High Limit and Low Limit control inputs are provided for use with on demand systems. The new enhanced board circuitry of the DCT500A synchronizes the on-time pulse to the power line to achieve a pulse stability of ±1 msec. For added safety, the control circuitry including the control inputs are isolated from the line voltage. To meet your system requirements, an optional weatherproof enclosure is available. For on demand systems, a Dwyer Series A3000 Photohelic® gage or Series 1800 Pressure Switch may be used with the DCT500A.
  • The SERIES MTL5541 Galvanic Barrier provides intrinsically safe isolation for communication with Dwyer® transmitters approved for use in hazardous areas. This galvanic barrier eliminates the need for a high integrity earth ground required when using shunt type diode type safety barriers. DIN rail mounting and plug-in signal and power connectors simplify installation and maintenance.