DC-AC Inverters - PowerVerter® APS 2000W Inverter/Charger with Auto-Transfer Switching and Hardwire Input/Output -- APS2012
Description: Tripp Lite's APS2012 DC-to-AC inverter with automatic line-to-battery transfer and integrated charging system serves as an extended run UPS, a standalone power source or an automotive inverter. Supplies up to 2000 watts of continuous 120V AC power from any 12V battery or automotive DC source.
- Style: Module
- Waveform: Sine Wave, Other
- Display: None
- Output Frequency: 60 Hz
DC-AC Inverters - PowerVerter® APS X Series 6000W Inverter/Charger with Auto-Transfer Switching and Line Interactive Voltage Regulation -- APSX6048VRNET
Description: Tripp Lite's APSX6048VR DC-to-AC inverter with automatic line-to-battery transfer and integrated charging system serves as an extended run UPS, a standalone power source or an inverter. Supplies up to 6000 watts of continuous 208 or 230V sine wave AC power from any 48V battery or automotive DC
- Style: Module
- Waveform: Sine Wave
- Display: None
- Output Frequency: 5.00E7 to 6.00E7 Hz
Supplier: SEC America, LLC
Description: Model 952 Well Pump Sentry maintains well pump operation during power outages. Model 952 is a self-contained emergency backup system designed to drive single phase 220 VAC to 240 VAC well pumps rated up to one horsepower. The 952 system is comprised of an inverter, power transfer switch, and a 3
- Mounting: Mounts On / In Device Protected
- Input Voltage Range: 210 to 260 volts
- Watt Rating: 4.02 HP
- Number of "Backed Up" Electrical Outlets: 1
Uninterruptible Power Supplies (UPS) - SmartOnline 120kVA Modular 3-Phase UPS System, On-line Double-Conversion International UPS -- SU120KX2
Description: 120kVA / 120,000VA / 96,000W on-line double-conversion 3 phase UPS 3 phase 220/380V, 230/400V, 240/415V 4-wire + ground wye input & output Scalable, modular N+1 redundant architecture helps assure 100% availability Parallel up to 4 UPS systems for redundancy or increased capacity IGBT &
- UPS Type: Three Phase
- Technology: On-line (Double-Conversion)
- Protection: Over Voltage, Power Failure, Voltage Sags, Under Voltage
- Volt-Amp Rating: 120000 VA
Voltage Converters and Voltage Inverters - Tripp Lite 500 Watt Powerverter Inverter/Charger with Auto.. -- APSINT512Supplier: TelephoneStuff.com
Description: 500 Watt Powerverter Inverter/Charger with Auto Line-to-Battery Switchover. Features: - 3-function DC-to-AC inverter supplies up to 500 watts of continuous 230V AC power to 2 AC outlets from any 12V battery or automotive DC source - When AC cable is connected to a live wall socket, utility power
Supplier: Allied Electronics, Inc.
Description: Tripp Lite's Utility/Work Truck Inverter/Chargers are the clean, quiet alternative to gas generators, with no noise, fumes or fuel requirement. They provide connected equipment with utility- or generator-supplied AC electricity filtered through premium Isobar surge protection. These versatile
- Style: Other
- Features: Remote On / Off Switch
- Applications: Instrumentation, Other
Supplier: Dynapower Corporation
Description: For 600VAC class applications, Dynapower Company offers its Compact Power Systems (CPS) family of industrial grade, bi-directional, four-quadrant, DSP controlled inverter packages. The inverter product includes integrated cooling, system controls as well as a full complement of switchgear including
- Style: Cabinet
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Smart Computing Article - Share Your Broadband Internet Access
Your TV cable can provide high-speed Internet access that blows the roof off of dial-up's agonizing data trickle, but you can't access the Internet until you sign up for the service from your ISP (which may also be your cable TV provider). The ISP service person will attach a splitter to the end
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Use Of Tv-Frame Memory On Electronic Speckle Pattern Interferometry Applied To Orthopaedics
Fig. 1: Schematic arrangeiient of the pulsed Laser ESPI synchronized to the TV framing rate ( M- modulator; BS- beam splitter ; MR- mirror; C- TV camera; S- object ).
Microscopic TV sherography for microsystems characterization
Fig.1 Schematic of a microscopic TV shearographic arrangement: M, Mirrors; SF, Spatial filtering; CL, Collimating lens; BS, Beam splitters ; M2, Piezoelectric transducer mirror; A , Amplifier; DAQ, Digital to analog converter card.
Deformation and shape measurement using multiple wavelength microscopic TV holography
Fig. 2 Schematic of a multiple-wavelength microscopic TV holo- graphic system: S Shutter, VND variable neutral density filter, M mirror, BS beam splitter , SF spatial filter, CL collimating lens, NDF neutral density filter, A amplifier, PZT piezo electric trans- ducer, and �
Fiber-optic magnetometer for prime focus of 6-m BTA telescope based on suspended echelle spectrograph
Schematic diagram the magnetometer of the prime focus of the 6-m telescope: (1) TV guide camera; (2) phase plate; (3) inclined entrance diaphragm; (4) polarizing beam- splitter prism; (5) flat-field light source; (6) comparison-spectrum source; (7) two-fiber bundle �
Real-time pattern recognition by means of incoherent optical space frequency analysis
Schematic diagram of an incoherent optically addressable processor (MP - microprocessor, L - halogen bulb, Bs beam splitter , Pr -prism, 01 - condensing lens, 02 - Fourier transform lens, 03 - TV lens, 04 - ocular, LCD - LC - modulator, SLM - spatial light modulator, Ph - pinhole, PMT - photomultiplier, Dl �
Measurement of shock waves generated by a trapezoidal laser pulse
-The schematic layout of the experimental system; (a) f-10 lens for focusing the laser � � illuminator for focusing, (h) 1.5 m focal length lens, (i) 4% beam splitter ,(j) eye piece,(k � � m) RCA TCi040/H ISIT TV camera, (n)Sony AV �
Radio gas chromatography on capillary columns using a multi-column system (column-switching)
Flow diagram of the GC-radioactivity monitor (RAM) unit ( schema- tic ) : C.G.-carrier gas,P.G.-purge gas, O.G.-quench gas � � gauge, F-combustion furnace, Cl-separation column, C2-second column (mass detector/ splitter junction), TV -3 position toggle valve.
Deformation analysis on micro objects using multiple wavelength microscopic TV holography
Schematic of a multiple wavelength microscopic TV holographic system. S, Shutter; VND, Variable neutral density filter; M, Mirror; BS, Beam splitter ; SF, Spatial filter; CL, Collimating �
Rotating Mirror Camera For Use In Holographic High Speed Interferometry
Interferometer with Pockelscell M plane mirror PM parabolic mirror LE lens VBS variable beam splitter SF space filter S shutter PC pockelscell H hologram TV test volume � control, the interferometer, the focusing optic and the rotating mirror camera is shown schematic on Figure 7.
Dynamic speckle interferometry of roughness and damages
Schematic diagram of an optical setup. 1- laser module, 2- matte glass, 3- beam splitter , 4- object, 5- platform, 6-lens, 7- CCD matrix, 8- TV camera, 9- laser module, 10- micro objective, 11- mirror.
Fringe quality in pulsed TV-holography
Figure 1 - Schematic representation of a pulsed TV -holography set-up. SHG X-tal = second harmonic generation crystal; B.S. = beam splitter ; VTR = video tape recorder .
Image Processing For Automatic Alignment In The Nova Laser Facility
Figure 3 shows a schematic of one of several types of sensor packages used in the Nova � A beam splitter reflects a small amount of the main beam and directs it toward a TV camera.
A Self-Aligning Point Diffraction Interferometer For Fluid Studies
TV CAMERA MONITOR Schematic of the peak chaser servo-loop: -C- cell for liquid samples; -A- off-axis parabolic mirror; -PZT- piezoelectric translator; -B- beam splitter ; -P- PDI plate; -M- flat mirror; -O- microscope objective; -s- quadrant sensor.
Hard?clipping joint transform correlator using a microchannel spatial light modulator
TV Camera Figure 1 beam splitter ; I,, He-Ne laser read-out illumination; Po, output plane The schematic of a programmable optical joint transform correlator: I,, coherent input illumination; L,-L,, lenses; PBS �
A high speed optoelectronic matrix switch using heterojunction switching photodiodes
THEMATRIXSWITCH A schematic diagram of the 3 X 3 matrix switch is shown in Fig. 5. � three signals, 400 Mbit/s NRZ, and 1 Mbit/s RZ digital signals,and FDM TV signalsconsisting of two � � one of the digital signals to deliver 4 mW peak power each to the optical power splitter .