ABSOPULSE Electronics Ltd. company News and Trends items

Key features include: Input: 24Vdc (21-30V range) or custom; Output: 230Vac/50Hz, or custom; IP66-rated aluminum package (or IP67); Sealed circular connectors, MIL connectors or cable glands; Ruggedized and conformal coated; -25°C to +50°C operating temp.; EMI: EN55022 Class A minimum; Cooling: conduction and natural convection; Three D3 chassis on baseplat...

The three outputs are fully regulated, floating and isolated from each other. A typical output configuration: 5.1Vdc/10A (main), 12Vdc/2A (V2) and 12Vdc/2A (V3). A wide selection of other output configurations is possible. Regulation is better than 1% from no load to full load on all three outputs. The converters accept inputs of 24V, 48V, 72V, 96V or 110Vdc with wide in...

The series operates over a -40 to +70°C cold-plate temperature range for full specification. They are enclosed in IP66-rated waterproof die cast aluminum packages and are protected resistant to the effects of rain, humidity, sand, dust, oil and other contaminants. The internal converter module is entirely potted with a thermally conductive MIL-grade silicon rubber compou...

The unit provides a variable output range of 0V-270Vdc. The output voltage is adjustable by a potentiometer knob which is located on front panel of the unit. Adjustment by analog control voltage is available on request. Output voltage and current are displayed on analog meters on the front panel of the unit for easy access. An output ‘ON'' green LED, output binding post ...

The BHR 65-F3T converters operate from inputs of 24Vdc, 48Vdc or 125Vdc and deliver 300W of continuous output power. A 12Vdc input version is available with de-rating. Outputs include 12Vdc, 24Vdc, 48Vdc or 125Vdc. Typical conversion efficiency is 85% at full load. The output is regulated to ±2% from 10% load to full load. Non-standard input/output requirements can ...

The inverters employ field-proven microprocessor controlled CFC 100 high frequency pulse width modulated topology to deliver 100VA. They operate from a single, DC input of 110Vdc (95-130V), 125Vdc (105-145V), 250Vdc (210-280V) or 300Vdc (250-350V) and deliver a pure sine wave output of 115Vac/0.8Arms continuous at 60Hz or 400Hz, or 230Vac/0.4Arms continuous at 50Hz. Othe...

The inverters are packaged in two IP66 rated diecast aluminum enclosures with sealed circular connectors, mounted on a base plate. The converters comply with certain fire resistance standards and with ATEX explosion protection regulations. If our units are installed in environments with wide daily ambient temperature fluctuations that cause pressure differentials which m...

ABSOPULSE field-proven, microprocessor controlled high frequency PWM technology enables compact construction and high efficiency. The convection cooled units are housed in compact, robust 153 x 67 x 357mm vented chassis which are ruggedized and the internal board is conformal coated for immunity to high levels of shock, vibration, moisture and other contaminants. The ...

The series accepts either AC- or DC- inputs with wide input ranges. These include 115Vac (95–132Vac), 230Vac (190–264Vac), 250Vdc (210–290Vdc), 300Vdc (250–350Vdc) or custom. They deliver 300W continuous output power. Output voltages include 12Vdc, 24Vdc, 48Vdc, 125Vdc or custom. Efficiency is load dependent, typically 80% at full load. An optional built-in redundancy di...

The internal module is ruggedized and the boards are conformal coated for protection from shock, vibration and humidity. The inverters are also immune to oil, salt, fog, insects, dust and sand. They comply with EN50155 railway standards and meet EN55022 Curve B and EN50121-3-2 conducted and radiated emissions. Minimum operating temperature range is -25°C to +50°C with...

This railway grade converter has a wide operating input range of 66-154Vdc (110V nominal) and delivers 150W at 24V ± 0.2V/6A. Custom input/output values are available on request. Regulation is better than 1% from no load to full load across all line and load conditions. Efficiency is a minimum of 85% at full load at 24Vdc output.

The compact, cost-effective, convection cooled inverters are typically used for testing small, 3-phase equipment in engineering labs and for testing avionic instrumentation and equipment. The CTP 300 series use field-proven, microprocessor controlled high frequency PWM technology to deliver a 3-phase output of 208Vrms (line-to-line) at 60 or 400Hz, or 380Vrms or 400V...

The inverter utilizes field proven high frequency PWM technology to convert the DC input to a 24Vac pure sine wave output. Regulation is better than ±2% from no load to full load. Efficiency is higher than 80% at full load. The input and output are filtered for low noise. The input meets the requirements for EN55022 Class B for conducted noise and radiated emiss...

The input and output are filtered for low noise. The output has a second-stage high performance filter which reduces the residual output ripple to less than 100mVrms and delivers a very smooth pure sine wave output. The input meets the requirements for EN55022 Class A for conducted noise and radiated emissions with wide margins. Very low output noise ensures that the sys...

The inverter systems are suitable for industrial applications where a 10kVA, three phase AC voltage solution is required. These include testing 3-phase equipment in engineering labs, powering motor-driven systems, pumps, air conditioners, air compressors and other industrial equipment. The CTP 10K series offers 3-phase outputs of 380Vrms or 400Vrms (line-to-line) at t...