As you were browsing something about your browser made us think you were a bot. You're a power user moving through this website with super-human speed. You've disabled JavaScript in your web browser. A third-party browser plugin, such as Ghostery or NoScript, is preventing JavaScript from running. After completing the CAPTCHA below, you will immediately regain accessThe requested URL /products/product.php?name=R1224DC16CB was not found on this server. HomePower SuppliesAC-DC Power Supplies 3350D-7.575 DC Power Supply | 1332A DC Power Supply | 2304 High Speed 0-20 VDC/0-5 Amp DC Power Supply | 4050D Power Supply | 6522A DC Power Supply 0-2000V 0-50mA, Parts Only | 6625A 50 Watt Dual Output DC System \ HP Agilent 6632A System DC Power Supply 0-20V/0-5A,100W | 6684A System DC Power Supply, Parts Only | A030HX500 Regulated Power Supply | Acopian A5MT600 Power Supply Acopian TD5-250 ±5 Dual Output Power Supply Acopian V48PT5AF Power Supply

Acopian VA15H1150 Regulated Power Supply Astec AP6C64DA Modular Power AS-IS DCR40-20A 40 V, 20 AMP, Power Supply | EMS60-80-2-D DC Power Supply | Hp Agilent 6289A DC Power Supply JF101B Power Supply \ ACDC Electronics LPD 423 FM Dual Regulated Power Supply | Power Triple Lock Connectors Power Triple Lock connectors provide 3-in-1 reliability for power and signal connections. FORGE Drawer Power Connectors This modular power interconnect for direct current (DC) power, alternating current (AC) power, and signal is cost efficient and easy to use. Heavy Duty Connectors for use in harsh environment covering protection degrees up to IP 69k, current rating 10 A to250 A and up to 216 contacts. Our portfolio includes compact sockets, hot pluggability to ease installation, and a variety of current ratings for multiple applications. Based on the proven EP version, the new and advanced EP II line offers additional benefits. TE’s Circular Plastic Connectors (CPC) enable engineers to design rugged products quickly and affordably by offering a versatile range of power and signal options.

Fast, Reliable, and Easy to Service Our RAPID LOCK connector can be used in bus bar and backplane power distribution applications, is reliable and is easy to service. Universal MATE-N-LOK connector housing feature positive polarization. TE’s secure and reliable TPA interconnects provide an alternative connectivity solution for appliances.1995 honda civic ac compressor replacement 0 ~ 36VDC Output Bench (AC to DC) Power Supply Digital 0 ~ 6A Output 200W Features Memory, Programmable, RS232 and RS485 Interfacecar air conditioning repair omaha Lead Free Status / RoHS Statusdual zone hvac thermostat Lead free / RoHS Compliant Manufacturer Standard Lead Time ZUP Instr ManualZUP Series DatasheetZUP Brochure

ZUP Series Power Supplies ZUP Series - 200W Equipment - Power Supplies (Test, Bench) Bench (AC to DC) 13.780" L x 4.882" W x 2.756" H (350.00mm x 124.00mm x 70.00mm) Memory, Programmable, RS232 and RS485 Interface Voltage Regulation - Line Voltage Regulation - Load Current Regulation - Line Current Regulation - Load KIT RACKMOUNT FOR ZUP SER DC PWR BLANK PANEL USE WITH ZUP SERIES PWR SUP BENCH PROG 0-36V 432W PWR SUP BENCH PROG 0-36V 864W AC/DC PROGRAMMABLE SUPPLY 0-36V ZUP36-6/U ‎ Price Break Submit a request for quotation on quantities greater than those displayed Click on the logo to go to the Sorenson Power Products Associated website Sorensen Power Products are now part of Ametek Programmable Power. AMETEK Programmable Power is the global leader in the design and manufacture of precision, programmable power supplies and electronic loads for R&D, ATE, process control, power bus simulation and power conditioning applications covering diverse industrial segments.

AMETEK Programmable Power resulted from the acquisition of California Instruments and the programmable division of Xantrex Technology Inc and includes the Elgar, Sorensen, California Instruments, Argantix and Powerten brands.Click on above image to view full picture Sorensen DCR 60-45B Bend Magnet Designed for either bench or rack use, the typical DCR-B power supply provides a highly regulated, precise dc output, adjustable over a wide range. It operates from a nominal 208 VAC (220/230 Vac inputs are available as options) and exhibits a rapid response to transients, both load and line. DCR-B series supplies are phase controlled type with SCR's (Silicon Controlled Rectifiers) or Triacs at the input to the transformer, followed by a passive LC design, and offers large amounts of regulated power at relatively high efficiency compared to linear regulators. Silicon type semiconductors are used extensively in DCR-B circuitry, and contribute significantly to the units' wide ambient temperature range characteristic.

Low dissipation transistors and diodes are located on a single printed circuit board while high dissipation devices are heat sinked to aluminum brackets and heatsinks. Current (Adc) 40°C/ 70°C: 45, 26.5 Constant Voltage Ripple(PARD) (ntV rms): 125 Constant Current Ripple (PARD mA rms): 93 TEMCO (mV/°C) (mA/°C): 9.0, 13.5 Remote Programming (Ohms/V)(Ohms/A): 200, 9.0 Signal (volt In/ Volt Out): 1/6The engineers and technicians at Sorensen Systems recently built and installed a renewable energy system in Keene, NH, that transforms excess pipe pressure and flow into clean "green" power. This Water-to-Wire energy recovery project provides 480 VAC (volts alternating current) power from water flow exiting the treatment plant. The system includes a 22 kW and 40 kW dual-turbine generators. The electricity generated from the system is sent to the power grid, which offsets the amount of electricity the plant uses. According to officials from the Keene, NH, Public Works Department, this is the first installation of its kind in New Hampshire and represents an opportunity for gravity-fed water system deploying regulator valves.

In addition to the two turbine generators, control cabinets were designed and built at Sorensen Systems with controls and status indicators that can be used to monitor the operation of the turbine generators while they are being operated under remote control, or as a means for operating the turbine generators locally for diagnostic purposes. The control cabinet for the system is dual-bay; the left-hand side includes the controls specific to the 22 kW turbine generator, and the right-hand side includes the controls specific to the 40 kW turbine generator. The PLC (programmable logic controller), used to control all operating features for both turbine generators, is located in the left-hand bay of this control cabinet. It is an Allen-Bradley Compact Logix platform that communicates with the SCADA (supervisory control and data acquisition) system via EtherNet. A mains disconnect circuit breaker is located under the central pillar on the front of the control cabinet; this device is used to isolate the entire control cabinet from the mains AC line and to shut off power to all circuitry within this control cabinet.

Each turbine generator has its own touch-screen. These HMI's are used to monitor all operational parameters for each turbine generator. They are also used to control the operation of the turbine generators if local control is selected and as a means for diagnosing fault conditions within the turbine generator controls. Each turbine generator has a key-lock switch on the control front panels. These switches have three positions: Local, Remote, and Off. These switches are used to determine the source for the on/off control signals for the turbine generators, or to lock out the turbine generator from operation. Each turbine generator has its own HMI screen that is used to control its operation and to display status information. These HMI's when they are turned on, default to the main status screen, which is called the Turbine System State. This screen displays the status information for its turbine generator while it is running. This screen has two distinct functions: numerical displays for turbine data and pushbuttons used to select further display for the generator.

The touch-screens on this system are the primary means whereby a machine operator can monitor and control the operation of the turbines locally. There are five screens that the HMI's display. They are 1) Turbine Systems State, 2) Intertie Status, 3) Turbine Status, 4) Turbine Maintenance Controls, and 5) Turbine Local Start Controls. The power necessary for running these controls is derived from the 480 VAC power grids to which this control cabinet is connected. However, once the turbines are on-line and generating power, the power source for this cabinet is the turbine-generators that it is controlling. The front panel controls for each turbine generator are similar. Each turbine generator has a number of devices mounted on its front panel that are used for independent monitoring and operation of each turbine generator. Download a printer-friendly PDF of the Water-to-Wire Project. Sorensen Systems LLC, is a privately held company operating as a subsidiary of THG Corporation, which has been a fluid power and motion control distributor-manufacturer in New England since 1933.