Showing results: 16 - 30 of 33 items found.
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Intepro Systems
Test systems for accelerated life testing and product burn-in utilize Intepro’s electronic loads that are ideal where high power bulk loading is required. Characterization applications within Telecommunication and Aerospace sectors benefit from Intepro’s environmental stress screening (ESS)/Burn-in solutions
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TMD Technologies Ltd
Fully integrated microwave tubeHigh voltage switched mode power supplyBuilt in test electronics (BITE)Designed for the harshest environments – strong, sturdy, robust, MIL SpecHigh reliability – all products fully ESS tested before shipmentHigh level of customer support worldwideHigh level of product innovation – TMD won a Queen’s Award for innovation in 2005 for a low noise radar power supply design
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55GS1 -
North Atlantic Industries
NAI’s 55GS1 is a COTS, 25-Watt DC/DC Converter that accepts a +28 VDC input and provides a single full-power output at a baseplate temperature of +100°C.Standard features include remote error sensing; remote digital (TTL) turn on/off; and protection against transients, overvoltage, overcurrent, and short-circuits. Options such as ESS vibration testing and choice of output voltages are available, and additional options and special units can be ordered.
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55LS1 -
North Atlantic Industries
NAI’s 55LS1 is a COTS, 100 Watt DC/DC Converter that accepts a +28 VDC input and provides a single full-power output at a baseplate temperature of +100° C.Standard features include remote error sensing; remote digital (TTL) turn on/off; and protection against transients, overvoltage, overcurrent, and short-circuits. Options such as ESS vibration testing and choice of output voltages are available, and additional options and special units can be ordered.
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MEZ-E1553 -
Alta Data Technologies LLC
From our popular ENET product, the MEZ-E1553 is a small, rugged mezzanine product that can easily be integrated into your system design. Alta provides full reference schematics, design notes, STEP 3-D Files, and sample ESS test programs. Guaranteed 1553A/B/C compliant with AS4111 5.2 Protocol Test reports.
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Model 56GS1 -
North Atlantic Industries
NAI’s 56GS1 is a 25 Watt AC/DC Power Supply that accepts multiple AC inputs plus a +270 VDC input. This COTS unit provides a single full-power output at a baseplate temperature of +85° C.Standard features include remote error sensing; remote digital (TTL) turn on/off; and protection against transients, overvoltage, overcurrent, and short-circuits. Options such as ESS vibration testing and choice of output voltages are available, and additional options and special units can be ordered.
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Model 56RS1 -
North Atlantic Industries
NAI’s 56RS1 is a 300 Watt AC/DC Power Supply that accepts multiple AC inputs plus a +270 VDC input. This COTS unit provides a single full-power output at a baseplate temperature of +85° C.Standard features include remote error sensing; remote digital (TTL) turn on/off; and protection against transients, overvoltage, overcurrent, and short-circuits. Options such as ESS vibration testing and choice of output voltages are available, and additional options and special units can be ordered.
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9363-PC-ESS -
King Design Industrial Co., Ltd.
This machine complies with the IEC, JIS and other 5-100Hz low-frequency specifications; applied to test the post-assembly products at end of the production line. Use resonance amplification, the product’s flaws can be screened out in advance. The operation is convenient, fast and effective.Apply Japan-imported motor; durable and safe in operation.Bellow-type damper: use special damping material that can effectively absorb vibration; allowing the test to be performed without affecting floor structure.Motor drive system is embedded in the seat; good in vibration block-out; rigidity is strong. Follow specimen to design fixture.
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Sanwood Environmental Chambers Co ., Ltd.
Sanwood is the company capable of offering a series of Rapid ESS Test Chamber,Rapid Temperature Change Test Chamber,Environmental stress screening (ESS) test chamber,Environmental stress screening test chamber,Temperature Change Test ChamberEnergy-saving design: Adopting PID + PWM principle of VRF (refrigerant flow control) technology to achieve low-temperature energy-saving operation (electronic expansion valve according to thermal energy conditions refrigerant flow servo control technology) low temperature working state, the heater does not participate in the work, through PID + The PWM regulates the flow rate and flow direction of the refrigerant, and regulates the three-way flow of the refrigerant pipe, the cold bypass pipe, and the hot bypass pipe to achieve automatic constant temperature to the working chamber. This method can reduce energy consumption by 30% under low temperature conditions.
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FHC Series -
Bemco Inc.
The Bemco FHC Series of high capacity, mechanically refrigerated temperature chambers are designed for rapid temperature cycling, environmental stress screening (ESS), and for handling large thermal loads. Available in both Wide Range, (-73 C to 177 C or -100 F to +350 F) and Narrow Range (-35 C to + 177 C or -31 F to + 350 F) these systems include very large, efficient, and modern cooling and heating systems to allow rapid temperature transitions.
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Ajinkya Electronic Systems
Ajinkya Electronic Systems has developed Microprocessor based programmable energy saver system. Voltage Control Panel is a unique concept guaranteed to provide a saving between 20 to 45 % in electrical energy consumption. Energy conservation is a movement that is compelling the world to take serious steps to avert loss of energy. The Ajinkya ESS is a boon to the modern industrial world in the sense that it helps in saving substantial amount of electrical energy used for the purpose of lighting like tube lights, mercury vapor lamps & sodium vapour lamps etc.
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Komeg Technology Ind Co.,Ltd
High and Low Temperature Test Chambers, ESS Environment Stress Screening, 2 Zone Thermal Shock Test Chamber, 3 Zone Thermal Shock Chambers, Walk-In Chambers, Burn-in Room and Aging Test Chambers, Altitude Chambers, Industrial Drying Oven, Salt Spray Test Chambers, Temperature Humidity Vibration Comprehensive Test Chamber, Test Machine Series, Custom Made Environmental Test Equipment, Double-Layer High and Low Temperature Chamber, Explosion Proof Temperature Chamber For Power Battery, etc.
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9220 -
NH Research, Inc.
NHR’s Battery Cycler (9220) has low voltage and high current, designed for testing all battery chemistries including lead-acid, lead-cadmium, and other low voltage, high current, large format batteries (LFB) typically used in energy storage systems (ESS). This battery cycler is bi-directional requiring no additional equipment to charge or discharge the unit-under-test (UUT). Additionally, the built-in measurement system eliminates external measurement devices by providing time-stamped digital readings for voltage, current, power as well as Ah and kWh.
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9300 Series -
NH Research, Inc.
NH Research, Inc. (NHR) has released the new 9300 series, a higher-voltage / higher-power version of its popular single-channel 9210 series battery test systems. The 9210 Series provided a 12kW power module operating at 40V, 120V, or 600V and which allowed paralleling with similar systems to increase the power, whereas the new 9300 system provides a 100kW power module with a software-selectable high voltage range (1200VDC / 167A) and high-current range (600VDC / 333A) allowing for efficient testing of single-voltage and double-voltage Electric vehicle (EV) batteries as well as high-voltage Energy Storage Systems (ESS) used in grid-tied applications. The 9300 further extends NHR’s family of high-power battery test and emulation capabilities which are ideal for analyzing a battery performance under xEV drive cycles and grid-storage profiles such as PJM and time-shifting profiles. Like the successful 9200 and 9210 systems, the 9300 modules are independent allowing for testing of multiple batteries, each with a different test plan, power levels and start/stop times. When higher power is needed, the 9300 modules may be paralleled providing 200kW, 300kW or up to 1.2MW capability. This modular power capability allows a system to be sized to the power levels needed today while ensuring expansion capability should additional power be needed in the future.
