Search Results for battery charging module

Click-wrench calc feature and multi-limit sets. Complete with battery charger, data transfer software, and instruction manual: 0: 080962-01000: Model 962 Portable Transient Recorder, complete with FastPlot2 data transfer software, 8GB USB Memory Drive, USB cable for data upload/download, battery charger, and carrying case: 0: Supplied: 7122R ...

DIN-Rail Mount Module; Displays & Alarms; Bearing Condition Monitors; Hazardous Area Approved; Embeddable OEM Pellets; ... Battery Powered ICP® Signal Conditioners. ... Dual Mode Charge Amplifiers. Digital ICP®-USB Signal Conditioner. Cables. General Purpose Coaxial. Low Noise Coaxial. 4-Conductor. Multi-conductor Cables. Low Outgassing Cables.

8. Do not use the IMC Series for charging dry cell batteries that are commonly used with home ap-pliances. These batteries may burst and cause personal injury and property damage. 9. NEVER charge a frozen battery. Preparing to Charge Precautions CAUTION To reduce risk of injury, charge only lead acid, gel, NiCAD or AGM batteries. Other types of ...

Amphenol offers an array of high speed interconnect solutions, suitable for next generation speed and density requirements. Our extensive portfolio includes high speed backplane connectors, copper cable assemblies, loopback modules, OverPass ™ solutions, optical transceivers and more. Here is a quick review of some of our newest products.

Model 480B21:3-channel, battery-powered, ICP® sensor signal cond., gain x1, x10, x100, BNC input/output conn.

Model 480E09:1-Channel, battery-powered, ICP® sensor signal conditioner, gain x1, x10, x100, 2mA, BNC input/output connectors.

Charge Mode Pressure Sensors are well suited for high-pressure ballistics, detonation and explosive research and test applications. ... The Model 444A53 is a modular-style signal conditioner that combines a dual-mode amplifier module (443B102), a peak voltage monitoring module (444A152), and an AC power supply module (441A101) into one ...

IMI Sensors offers a wide variety ICP® accelerometers with low power requirements for use with battery-powered wireless systems. Sensors can operate with a power supply as low as 3VDC. ... Charge (Up to 1200 F) ... DIN-Rail Mount Module. Displays & Alarms. Bearing Condition Monitors. Hazardous Area Approved. Embeddable OEM Pellets.

DIN-Rail Mount Module; Displays & Alarms; Bearing Condition Monitors; Hazardous Area Approved; Embeddable OEM Pellets; ... Charge mode output accelerometers can operate at extremely high temperatures, up to 1200 °F (649 °C), because they do not contain the built-in signal conditioning electronics that limit the temperature range of ICP ...

DIN-Rail Mount Module; Displays & Alarms; Bearing Condition Monitors; Hazardous Area Approved; Embeddable OEM Pellets; Vibration Switches. USB Smart Switches; Electronic Switches; Mechanical Switches; Pressure Transducers. ICP® (Up to 250 F) Charge (Up to 1200 F) Electronics. Power Supplies; Charge Amplifiers; Digital Output; Enclosures. BNC ...

Omni-Path is a high-performance, low latency hardware and software architecture developed by Intel that delivers signal transmission performance for tomorrow’s high performance computing (HPC) workloads, at a better performing, and cost competitive rate when compared with today’s network fabrics.

Battery Connectors. Contacts. Fan Connectors. Filter. IC Socket. Memory & Media. Miniature Jack. Multicoax & Coaxial. ... From peripheral component interfaces to high-speed memory module connectors and space saving hybrid connectors, we offer a wide product range to suit next-generation industry standards and designs. ... EV Charging (4) SPS ...

High Temperature Charge Mode Accelerometers. Charge mode output accelerometers from PCB ® use piezo-ceramic sensing elements that output an electrostatic charge signal proportional to the applied acceleration. These sensors can operate at extremely high temperatures because they do not contain the built-in signal conditioning electronics that limit the temperature range of ICP ® accelerometers.

Amphenol is a leading supplier of advanced interconnect systems, sensors and antennas for a growing array of automotive applications. In addition, we have developed advanced technology solutions for hybrid and electric vehicles and are working with leading global customers to proliferate these advanced interconnect products into next-generation automobiles.

3425 Walden Avenue Depew, NY 14043. Sensorline SM 716.684.0001. info@pcb.com +1 800-828-8840

DIN-Rail Mount Module; Displays & Alarms; Bearing Condition Monitors; Hazardous Area Approved; Embeddable OEM Pellets; ... Battery Powered ICP® Signal Conditioners. ... Dual Mode Charge Amplifiers. Digital ICP®-USB Signal Conditioner. Cables. General Purpose Coaxial. Low Noise Coaxial. 4-Conductor. Multi-conductor Cables. Low Outgassing Cables.

Discover IMI Sensors’ advanced charge amplifiers for charge mode accelerometers and pressure sensors. Main Menu. 0 1 1. Total Customer Satisfaction ... Battery Powered ICP® Signal Conditioners; In-Line ICP®-Powered Charge Converters; ... DIN-Rail Mount Module. Displays & Alarms. Bearing Condition Monitors. Hazardous Area Approved ...

Amphenol ICC is launching the next generation high-speed ruggedized connectors for future industrial ethernet communication designs. We have collaborated with key interconnect technology partners Hirose Electric and Harting Technology Group to release the new ix Industrial ™ series of connectors. The IEC 61076-3-124 compliant ix Industrial ™ connectors are ideal for various applications in ...

In addition to ease-of-use and simplicity of operation, ICP ® sensors offer many advantages over traditional charge output sensors, including: 1.) Fixed voltage sensitivity independent of cable length or capacitance. 2.) Low output impedance (<100 Ohms) allows signals to transmitted over long cables through harsh environments with virtually no loss in signal quality.

one module (customer specified). This power supply is either AC or battery power, depending on customer requirements. It should be noted, however, that the AC and DC power supplies are separate units, having differing part numbers. See Section 1.2.3 and 1.2.4 for a more detailed description of the power supplies.