Description
Camtec Power Supplies GmbH UMS00100.80T Electronic DC Power Switch, DC Power Relay, DC Power Switch, Mosfet Relais Solid state relay 80A 24V Rail
UMS00100 2400W DC Power Relay, DC Power Switch, Mosfet Relais
Nearly unlimted switching operations
Meintenance free
Sense Switched
Masterstop
Option Motorr-Stop short circuit autputs
Parallel operation N+1 to extend the power load
Technical features
Rated current:80 A
Assembly:DIN rail
Voltage:30 VDC
Manufacturer: CAMTEC
Series: UMS
Manufacturer number: UMS00100.80T
Country of origin: Germany
Customs tariff number: 85362090
As DC motor switch. For installation on 35 mm DIN rails, all control I/O electrically isolated via optocouplers, Power MOSFET outputs, controllable Sense mode, Master Stop, screw terminals, inherent convection; Control signals: sub-D 15-pole. Input voltage: 24 VDC ±20 %. Control signal changeover and acknowledgment: left/right. Ambient temperatures: –20 °C to +70 °C. Dimensions: 65 x 124 x 96 mm. Weight: 990 g.
UMS00100
Model | UMS00100.20 | UMS00100.40 | UMS00100.60 | UMS00100.80 |
Power | 2400W | 2400W | 2400W | 2400W |
DC voltage switching capability | 0… 120Vdc | 0… 60Vdc | 0… 40Vdc | 0… 30Vdc |
Current switching capability | 20A | 40A | 60A | 80A |
Surge current for 10ms | 80A | 100A | 240A | 320A |
Re-Routing | Left/right | |||
Output | Power MOSFETs | |||
Resistor | Low Rds-On | |||
Switching Operations | >100 Mio. | |||
Confirmation Control signal | left/right | |||
Cooling | Natural Convection | |||
Ambient Operating Temperature | -20°C up to +70°C | |||
Control Input-/output | I/Os galvanic insulated | |||
Connection | Spring-type-terminal up to 25mm² | |||
Control Signal | Sub-D 15Pole. IEC807 | |||
External Supply Voltage | 19,2… 28,8Vdc | |||
Dimensions WxHxD | 65 x 124 x 96mm | |||
Special Features | Programmable sense operation | |||
Master stop | ||||
MosFET technology => no moved parts, >10*9 cycles | ||||
Parallel operation N+1 power capability increase | ||||
Temperature monitoring |
Manufacturer:Camtec
Datasheet:camtec_ums_e062016-02-1.pdf