High Voltage Reed Relays Mounting High voltage Reed Relays mounti
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Series
High Voltage Reed Relays Mounting
High voltage Reed Relays mounting suitable switching kVDC breakdown voltage kVDC. This series available with high voltage cables. Standard relays available Form Form switching configurations.
FEATURES
Power switching available Special outs available Form Form standard Various case sizes cable lengths available spacing between contact coil available
APPLICATIONS
High voltage test sets Cable testers Medical equipment surgery)
dimensions [inches]
DIMENSIONS
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Series
High Voltage Reed Relays Mounting
HExx-1A-83
HExx-1A83-03
HExx-1B83xx*
HExx-1B83-150
Version available.
ORDER INFORMATION
Part Number Example HE12 1A83 nominal voltage contact form switch model pinout
Series Options
Nominal Voltage
Contact Form
Switch Model
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Series
High Voltage Reed Relays Mounting
RELAY DATA
Data Contact Ratings
Switching Power
Switch Model Contact Form Conditions
combination exceed their individual max.`s peak peak peak 10mA volts applied Voltage applied sec. min. Measured nominal voltage Measured coil suppression cross contact
Switch Form Min. Typ. Max.
Unit
Switching Voltage Switching Current Carry Current Static Contact Resistance Insulation Resistance across Contacts Breakdown Voltage across Contact Operation Time incl. Bounce Release Time Capacitance Life Expectancies Switching
1010 1012
kVDC
only stray cap.
Cycles
other load requirements please life test section.
Environmental Data Shock Resistance Vibration Resistance Ambient Temperature Stock Temperature Soldering Temperature sinus wave duration From 2000 10°C/ minute max. allowable 10°C/ minute max. allowable sec.
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Series
High Voltage Reed Relays Mounting
COIL DATA
Contact Form Switch Model Coil Voltage Nom. Max. Min. 1350 Coil Resistance Pull-in Voltage Max. 1100 1650 Max. Drop-out Volage Min. 0.75 0.75 Nominal Coil Power Typ.
Data
Typ. 1000 1500
pull-in drop-out voltage coil resistance will change rate 0.4% Re-closure Form occur max. coil voltage exceeded. Coil polarity Form must observed.
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