Search Results for who is a controller
General Piezoelectric Theory | PCB Piezotronics
To generate a useful output signal, our sensors rely on the piezoelectric effect. ("Piezo" is a greek term which means "to squeeze.") When the piezoelectric elements are strained by an external force, displaced electrical charge accumulates on opposing surfaces.
E-stat Controller
Temperature controller for automobile air conditioners Amphenol Advanced Sensors. E-stat Specifications Off 3.5 ±0.3°F (0.5°C) On 3.0°F (5.0°C) reference Differential 1.5 ±0.3°F (0.5°C) Voltage Drop Maximum 0.3 V Response Time 4 seconds; moves from air at 68°F (20°C) to liquid at 23°F (-5°C) Schematic Diagram +VCC R1 ZD1 R9 C1 C2 ZD2
E-stat Controller
Temperature controller for automobile air conditioners Amphenol Advanced Sensors. E-stat Specifications Off 3.5 ±0.3°F (0.5°C) On 3.0°F (5.0°C) reference Differential 1.5 ±0.3°F (0.5°C) Voltage Drop Maximum 0.3 V Response Time 4 seconds; moves from air at 68°F (20°C) to liquid at 23°F (-5°C) Schematic Diagram +VCC R1 ZD1 R9 C1 C2 ZD2
Model 483C30 - PCB
Model 483C30 8-channel, line-powered, ICP®/charge sensor signal cond., gain, Ethernet, ext. cal., selectable input ground isolation Installation and Operating Manual
Holland Electronics
Holland Electronics offers a range of electronic products and solutions for various applications.
E-stat Controller
Temperature controller for automobile air conditioners Amphenol Advanced Sensors. E-stat Specifications Off 3.5 ±0.3°F (0.5°C) On 3.0°F (5.0°C) reference Differential 1.5 ±0.3°F (0.5°C) Voltage Drop Maximum 0.3 V Response Time 4 seconds; moves from air at 68°F (20°C) to liquid at 23°F (-5°C) Schematic Diagram +VCC R1 ZD1 R9 C1 C2 ZD2
E-stat Controller
Temperature controller for automobile air conditioners Amphenol Advanced Sensors. E-stat Specifications Off 3.5 ±0.3°F (0.5°C) On 3.0°F (5.0°C) reference Differential 1.5 ±0.3°F (0.5°C) Voltage Drop Maximum 0.3 V Response Time 4 seconds; moves from air at 68°F (20°C) to liquid at 23°F (-5°C) Schematic Diagram +VCC R1 ZD1 R9 C1 C2 ZD2
240GT54/nrg240GT54 - Amphenol Broadband Solutions
nrgSMART Circuit Monitoring, Controller, 240A Dual-Feed, 5/4 Panel, Vertical Inputs, Output Terminal Blocks nrg240GT54-CTRL nrgSMART Circuit Monitoring, Sensor, 240A Dual-Feed, 5/4 Panel, Vertical Inputs, Output Terminal Blocks nrg240GT54-SENS nrgSMART Circuit Monitoring, Controller, 240A Dual-Feed, 5/4 Panel,
Thermo-Trex Heat Trace Assembly - TPC Wire
WITH CONTROLLER PIPE ASSY. 1 1 INSTALLATION NEEDS TO BE PERFORMED BY A CERTIFIED ELECTRICIAN NOTE: All items shown in RED need to be installed on site 1-Mount Assembly Kit MA122398K000 to 3.0" Diameter Pipe MA122398K000 is Pre-Assembled with Male 30AMP Twist Lock Plug to Heat trace kit with mounting pipestandoff and Thermostat Controller
Model 337A30 ICP® Accelerometer Installation and Operating Manual - PCB
general operating guide for use with piezoelectric icp® accelerometers specification sheet, installation drawing and calibration information enclosed
Control Cables - Lutze Inc.
LUTZE Inc. 13330 South Ridge Drive • Charlotte, North Carolina 28273 • USA Phone: 704-504-0222 • Fax: 704-504-0223 • E-Mail: info (at) lutze.com
RET Control Units - amphenol-antennas.com
provides to distinguish between the RET devices shown by the AISG controller in the device list. Note: When delivered as spare or retrofi t units, an MDCU will have a letter Z instead of the colour coding letter as the fi rst (most left) character of its RET ID (Serial Number).
Amphenol Network Solutions > Products > Power > nrgSMART™ Technology ...
The Amphenol Network Solutions nrgBDFB-XLW 1250A Battery Distribution Fuse Bay includes up to eight panels per bay with each panel supporting a single feed with a maximum input rating of 1250A. Each panel contains 20 circuit positions for either bullet-style breakers or TFD fuse holders and features -48V operating voltage to fit in legacy and next-generation network applications with advanced ...
Mounting Studs & Screws | PCB Piezotronics
Mounting Studs & Screws. To acquire the best sensor data the sensor must be rigidly affixed to the test article. A rigid connection to the test article results in the highest frequency response possible within the limit of the sensor upper frequency response.
RET Control Units - Amphenol Antenna Solutions
provides to distinguish between the RET devices shown by the AISG controller in the device list. Note: When delivered as spare or retrofi t units, an MDCU will have a letter Z instead of the colour coding letter as the fi rst (most left) character of its RET ID (Serial Number).
Ethernet Switches | Products | Amphenol Aerospace
Ruggedized Gigabit Ethernet Switches for Mission-Critical Connections. Amphenol Aerospace’s extensive line of high-speed, ruggedized ethernet switches is built to guarantee mission-critical connections between computer systems and other devices and ensure that sensitive information remains safe and essential networks remain online, even when operating in the harshest environments.
Application Overview - Drop & Insert
If a fault occurs in the 360-80 system, the T1 into the primary T1 controller is connected to the T1 into the secondary T1 Controller, bypassing the 360-80 system. Another configuration that can utilize the drop and insert capability allows the system to handle more than 2 types of circuits at a location. In this configuration each bank has
Products | Our Expertise - Amphenol Interconnect Product Corp
Amphenol IPC offers a complete interconnect product portfolio and engineering support for IT and industrial power systems including both power distribution and power conversion applications.
The Science of Certainty - About Positronic
The Science of Certainty. Positronic builds premium power and signal connectors for a wide variety of global industries. But every product delivers the same outcome: Certainty.
Energy Storage Systems| AC-DC Inverters - Amphenol CS
In addition to the BMS, a Controller is provided for the efficient management of the battery modules in an Energy Storage System including the supervision of charging and discharging cycles to battery temperature monitoring and control. It works alongside BMS to collect and process data like voltage, current, and fuse status, and to synchronize ...