RARA Electronics Corporation
RARA Electronics manufactures industrial and braking resistors.
- 82-32-817-4325
- 82-32-817-4329
- (100BL-11L) 666-19 Kojang-Dong
Namdong-Gu
Inchon, 405 310
Korea, South
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product
Precision Shunt Resistors
PBV, PBH
High power low resistance values and high precision. Low temperature coefficient. Excellent load life stability. Excellent short time over load. Ideal for current sensing applications.
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product
High Power Precision Current Sensing Resistors
HPCR4T
High Power Precision Current Sensing Resistors of HPCR4T designed with four terminals, are distinguished by excellent long term stability & TCR. The Kelvin connections of this device allow for high precision measurements even with low resistance values. HPCR 4T has a non-inductive copper manganin element inserted into the ceramic case and finally sealed with a cement molding.
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product
Metal Foil Low Resistance Chip Resistor
MFF
*Low Resistance / TCR / EMF / Inductance*Excellent long term stabilityRoHS compliant and halogen free.*Lead free.*High precision current sensing and voltage division.
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product
SH-Fm Shunt Resistors
SH-Fm
The interchangeable shunts are used to multiply the measuring range of current of measuring instruments.
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product
Load Bank
RLB
RARA manufactures load banks, ranging from small portable units for testing generators to multi-megawatt designs for larger applications. Regular load testing, along with correct battery maintenance, is the best way of ensuring the reliability of standby power systems. It is routine for all newly-installed generating sets to have a load test during the commissioning process in order to prove the performance of the set and all ancillaries-cooling system, exhaust system, switchgear and protection schemes.
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product
High Power Shunt Resistors
CS227
The CS227 is a metal foil, SOT227 resistor designed to give a high current capability. The metal foil element is situated on an insulated heatsink composed of plated copper. This assembly is then mounted into a durable plastic housing and sealed with high temperature epoxy.
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product
Metal Alloy Low Resistance Chip Resistor
MR
*Low Resistance / TCR / Inductance*Excellent long term stability*RoHS compliant and halogen free*Lead free*High precision current sensing and voltage division
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product
Chip Shunt Resistors: ACQ-200
ECS
These models have high conductive heavy copper connectors, excellent long term stability and low inductance. Maximum soldering temperatures is up to 350C 30 sec.
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product
High Voltage Industrial Resistors
HVI
The HVI series of high voltage industrial resistors feature zero inductance, an excellent range of tolerances, wide resistance values and unparalleled high voltage handling.
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product
Thick Film Passive Element
GBR-395
GBR-395 series high voltage resistors are made in a thick film technology on ceramic substrates(Al2O3 96%). These elements are used in high voltage applications requiring high stability and resistance.
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product
Low Resistance Metal Film Chip Resistor
RTX
This specification is applicable to lead and halogen free RTX series low resistance metal film chip resistors. Lead free products mean lead free termination meets RoHS requirement.
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product
Precision Power Shunt Resistors
PSS
*Resistance from 50uOhm to 1mOhms*Power Rating to 100Watt
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product
Thick Film Passive Element
GBR-253
GBR-253 series high voltage resistors are made in a thick film technology on ceramic substrates (Al2O3 96%). These elements are used in high voltage applications requiring high stability and resistance.
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product
Thick Film Passive Element
GBR-181
GBR-181series resistors are made in a thick film technology, or ceramic substrates (Al2O3) - 96&). Thick film resistors are characterized by a higher stability, and lower noises than a typical carbon resistors. The whole of resistor is encapsulated with epoxy resin by fluidization process. GBR-181 series elements are used both for general, and professional applications. Other values of resistance, and tolerance (up to 0.1%) are available on request.
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product
Thick Film Divider
GBR-391
GBR-391 series high-voltage resistive dividers are made in a thick film technology on ceramic substrates (Al2O3 - 96%) with leads for through-hole mounting. Dividers are characterized by very high maximum voltage, and standard voltage division.
