Electronic Vibration Switch is rated for hazardous locations.

IMI Sensors, Div. of PCB Piezotronics    Depew, NY 14043-2495
May 22, 2013 Model EX686B USB programmable electronic vibration switch is certified by INMETRO for use in hazardous areas such as petroleum refineries, utility gas plants, and oil drilling operations. To provide continuous machinery protection, unit senses vibration and triggers alarm or shuts down machine if vibration exceeds given threshold level. Faults such as imbalance, misalignment, looseness, worn bearings, cracked gears, or lack of lubrication can trigger fault.

High-Temperature Accelerometers suit gas turbine applications.

IMI Sensors, Div. of PCB Piezotronics    Depew, NY 14043-2495
Apr 11, 2013 Along with respective sensitivities of 100 and 10 mV/g, EX600B13 and EX600B14 have frequency range of 282–240,000 cpm (4.7–4,000 Hz) and are suited for vibration measurement in areas of up to 900°F. Single assembly design – 10 ft, hermetically sealed, hard-line cable; side-exit charge mode sensor; and inline charge amplifier – eliminates contamination and common mode noise concerns. Drop-in replacement for existing accelerometers is made possible via ARINC® 3-point mounting bases.

High Temp Accelerometer operates in wet and acidic environments.

IMI Sensors, Div. of PCB Piezotronics    Depew, NY 14043-2495
Nov 13, 2012 Designed to tolerate environments up to +325°F, ICP® Model HT602D01 provides sensitivity of (±10%) 100 mV/g with frequency range of (±3 dB) 30–480,000 cpm (0.5–8,000 Hz). Ceramic shear accelerometer include 2-Pin MIL-C-5015 side exit connector and is suitable for vibration measurements in high temperature applications, including paper, plastics, and steel industries. Alternate versions are available in integral PTFE jacketed cable and armored PTFE jacketed cable for acidic environments.

Vibration Monitoring System features Modus(TM) interface.

IMI Sensors, Div. of PCB Piezotronics    Depew, NY 14043-2495
Sep 21, 2012 Utilizing Echo™ Wireless Vibration Sensor and EchoPlus™ Wireless Junction Box to transmit vibration data to central receiver, Echo™ Wireless Vibration Monitoring System monitors overall health of critical machinery and provides immediate notification when warning or critical levels are reached. Both wireless options can be programmed to transmit data at predetermined interval. Accepting data from hundreds of sensors, receiver can relay data to computer or server running Echo™ Monitoring Software.

Vibration Monitoring System features wireless operation.

IMI Sensors, Div. of PCB Piezotronics    Depew, NY 14043-2495
Jul 12, 2012 Comprising Echo® Wireless Vibration Sensors, EchoPlus® Wireless Junction Box, plus receiver and software, Echo® Vibration Monitoring System uses Extended Range Radio Frequency technology and requires no gateways, mesh, or repeaters. System transmits at 0.75 mW Effective Radiated Power in unlicensed 900 MHz band and does not interfere with other wireless communications. Transmitted data set features overall vibration measurements scaled in acceleration, velocity, true peak, and crest factor.

Vibration Monitoring System accepts distributed sensor data.

IMI Sensors, Div. of PCB Piezotronics    Depew, NY 14043-2495
Jul 03, 2012 Without requiring any gateways, mesh, or repeaters, Echo® Wireless helps users safely monitor health of critical machinery. Extended Range Radio Frequency (ERRF) technology is used to transmit long distances in typical plant environments. Comprised of Echo Wireless Vibration Sensors, EchoPlus Wireless Junction Box, receiver, and software, system transmits at 0.75 mW Effective Radiated Power (ERP) in unlicensed 900 MHz band and does not interfere with other wireless communications.

High-Temperature Pressure Sensors monitor gas turbines.

IMI Sensors, Div. of PCB Piezotronics    Depew, NY 14043-2495
Nov 22, 2010 Series 176 high-temperature pressure sensors mount to gas turbine combustor to provide operators with diagnostics, part fatigue analysis, and ability to continuously monitor and control emissions. Able to detect and measure pressure phenomena and combustion instability in temperatures up to 986°F, ATEX and CSA certified units also offer sensitivities to 17 pC/psi and ranges from 20-400 psi. High frequency capability enables use of auto-tuning and on-line diagnostic monitoring systems.

Universal Transmitter monitors industrial vibration 24/7.

IMI Sensors, Div. of PCB Piezotronics    Depew, NY 14043-2495
Oct 11, 2010 Designed to protect critical rotating equipment, DIN rail-mounted 682A16 provides loop power for 2-wire, 4-20 mA sensors and ICP® excitation for analog 8-120 mV/g accelerometers. It also works with existing PLC, DCS, and SCADA systems leading to alarm, control, or shutdown. Available with optional detachable front panel LCD and programmer, transmitter also accepts various sensor input signals: mA, thermocouple, RTD, linear resistance, and potentiometer.

Vibration Transmitter turns accelerometer into monitoring sensor.

IMI Sensors, Div. of PCB Piezotronics    Depew, NY 14043-2495
May 12, 2010 Installed with any industrial accelerometer, model 682A09 ICP® In-Line Vibration Transmitter converts vibration signal to 4-20 mA velocity output that can be trended with various control room systems. Unit has 2-pin MIL connector input and 3-pin MIL connector output. Operating off of loop-power from PLC, DCS, or SCADA system, it accepts 100 mV/g analog signal, which can be run to central collection point. Unit is suited for operation in harsh environments.

Vibration Sensors can operate in hazardous areas.

IMI Sensors, Div. of PCB Piezotronics    Depew, NY 14043-2495
Aug 19, 2008 With 1 in. NPT, 90° capped elbow conduit to meet ATEX and CSA requirements, Series EX64xB7x loop-powered 4-20 mA output sensors are available with either acceleration or velocity outputs in various amplitude ranges. Sensors operate from standard 24 V loop power, making them directly compatible with existing PLCs, SCADA, DCS, and Plant Information systems for continuous vibration monitoring of overall vibration levels on critical machinery in hazardous area application environments.