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Availability
20 lbs (9 Kg) max
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Dimensions
19" rack mount (483 mm) 15" deep (381 mm) 5.25" (2 RU) high (89 mm)
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AC Power
75 watts max. 110/220 selectable
EATURES:Standard relays hot switch up to 3500 volts or 3 amps, carry 5000 volts and 5 amps.Customized systems switch up to 40 kV.Front panel LEDs show switch status and aid in debugging.Computer Control via Ethernet LAN, combined IEEE488RS232 Serial or TTL.Remote Status feedback to controlling computer.Manual Control option for use without computer control.The HXV Units are 19" rack mounted chassis, and are available as either mainframes or expansion chassis that are pre-wired toaccept any of the HXV Series high voltage switch modules. All chassis have front panel LEDs showing open and closed switchpoints. Signal IO connectors protrude through the rear panel.CHASSIS:HXV32 Mainframe or -E Expansion Chassis -- 32 relay drives allow four HXV8x1 or HXV4x2 modules to be installed, or twoHXV8K modules. The chassis height is 5.25".HXV96 Mainframe or -E Expansion Chassis -- furnishes 96 relay drivers, controlling up to 12 HXV8x1 or HXV4x2 modules, or six HXV8K Switch Modules in a 7" high chassis.HXV128 Mainframe or -E Expansion Chassis -- Up to 128 relay drives. Controls up to 16 HXV8x1 or HXV4x2 modules, oreight HXV8K modules in a 10.5" high chassis.Expansion Chassis - Up to 16 expansion chassis are run from a single Mesa Controller, allowing systems with up to 8096 switchpoints to be built. HXV chassis can be mixed with other Cytec products to provide a complete turn-key switching solution.SWITCH MODULES:HXV8x1 Modules -- Individual modules can be wired together to build larger 1xN multiplexer configurations. Interconnectsare located either externally or inside the chassis using screw terminal connectors built into the switch modules.HXV4x2 Modules -- Are used to build 2xN matrices. Useful for HiPot testing and Insulation Resistance testing where Hiand Low must be switched between any two of many measuring points.HXV8K Modules --- Furnish 8 SPST discrete relays which can be externally interconnected to form various configurations.