Mô đun Ge Fanuc IC660BBS102 ， 115 VAC / 125 VDC Isolated I/O Block with eight circuits
Ge Fanuc IC660BBS102 , 115 VAC / 125 VDC Isolated I/O Block with eight circuits
Product Description
The IC660BBS102 is a 115 VAC / 125 VDC Isolated I/O Block with eight circuits and Failed Switch Diagnostics by GE Fanuc. The IC660BBS102 is reported to continuously withstand 250 VAC/VDC between any group or ground or between any two groups. The block has a transient rating of 2000V peak for 10 seconds. Some configuarble features include AC/DC circuit voltage, defaults for output power-ups, CPU redundancy, a selectable input filter type ranging from 10mS to 100mS, capability for output pulse test, and module control for bus switching.
The block performs diagnostic tests that detect overload and no overload, I/O power loss on pairs of circuits, over-temperature, and open wire for tristate inputs. As long as terminals 5 and 6 are recieving power, the isolated I/O block should operate. Temperatures in excess of 100°C trigger an OVERTEMPERATURE message and turns off the circuit to protect the internal electronics of the unit. The short circuit level sensor at the switching device protects the output circuits. Outputs are configured to report No-Load conditions for a new block. Genius I/O blocks are considered “open equipment” and must be installed in a protective enclosure, clean and free of airborne contaminants and with adequate cooling airflow. The block can be mounted right side up, or upside down. Leave at least 2 inches of space between blocks. The block’s mounting screws must not be used as the only means of grounding the block.
The IC660BBS102 block is fully compatible with handheld monitor IC660HHM501 and any GE Fanuc bus controller. Blocks numbered IC660CBS100, 1C660BBS100, and IC660BBS101 are backward compatible with previous versions of this Genius I/O block. Terminal assembly model IC66*TSS100E is not compatible with earlier versions of the block. During field wiring, all terminal blocks can accommodate one AWG #12 or two AWG #14 wires. Terminals labeled 1 to 4 can accommodate ring terminals measuring up to 0.27 inches. Recommended torque for all terminals is 6 inches/lb.
| Rated Voltage: | 115 VAC / 125 VDC |
| # of Points: | 8 |
| Input Voltage Range: | 93 – 132 VAC |
| Output Voltage Range: | 105 – 132 VDC |
| Load Current per Point: | 2.0 Amps |
| Points per Common | Four Groups of 2 |
Technical Information
Specifications
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Block Type: 115VAC/125VDCIsolatedI/OBlock: Terminal Assembly Only: ElectronicsAssemblyOnly: 115VAC / 125VDCIsolatedI / OBlock,NoFailed Switch: Terminal Assembly Only: ElectronicsAssemblyOnly: |
8cktisolatedinput/outputin4isolatedpairs IC660BBS102, replaces IC660BBS100 IC660TSS100 IC660EBS100 IC660BBS103, replaces IC660BBS101 IC660TSS100 IC660EBS101 |
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Size (height x width x depth): Weight: LED’s (I/O Block): LED’s (each circuit): Block to BlockIsolation: HeatDissipation: |
8.83” (22.44cm) x 3.50” (8.89cm) x 3.94” x (10.00cm) 4 lbs. (1.8 kg) Unit OK, I / OEnabled On logic side of switch 1500 V 16.8W max. with 8 inputs on, 45.6W max. with 8 outputs at 2 amps |
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Operating Temperature Storage Temperature Humidity Vibration |
–0 to +60C (32 to +140F) –40 C (–40 to +212F) 5% to 95% (non–condensing) 5–10 Hz 0.2” (5.08mm) displacement, 10–200 Hz at 1G |
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Required control power (block only): Operating voltage (four sources): Frequency/ripple: Power supply dropout time: |
8 Wattsmaximum |
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93–132VAC105–132VDC 47–63Hz10% max.ripple 1cycle10mS |
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Input Characteristics: Non–tristate input, OFF state: Minimum voltage across input device (IN to H) Maximum leakage through input device Non–tristate input, ON state: Maximumvoltageacrossinputdevice(INtoH) Maximumswitchcurrentthreshold Tristate input: OFF, acceptable voltage across input device (IN to H) ON, maximum voltage across input device (IN to H) Input load network: Resistor to N Capacitor to H: for blocks BBS100 and BBS101 Capacitor to H: for blocks BBS102 and BBS103 Input processing time (typical) Selectable input filter times Inputdiagnostics |
ForACForDC 60VRMS70VDC 1mA2mA 20VRMS35VDC 6mARMS5mA 16VRMS–40VRMS16 VDC–35VDC 4VRMS3.5VDC 13Kohms13Kohms .22ïf.22ïf .1ïf.1ïf 2mS+filter0.8mS +filter |
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10 to 100mS in 10mS increments Open Wire, Overtemperature, Loss of I / O Power, Failed Switch |
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OutputCharacteristics: Output current (steady state) Maximum inrush current Output Leakage: Current at 0 volt output: for blocks BBS102 and 103 Current at 0 volt output: for blocks BBS100 and 101 Voltage at open output: for blocks BBS102 and 103 Voltage at open output: for blocks BBS100 and 101 Output switch (OFF to ON / ON to OFF) Rated switching frequency at maximum inrush Turn–on delay (maximum) Voltage drop (at 2 amps) Voltage drop (at 20 amps inrush) Minimum load (No Load disabled) Resistive: for blocks BBS102 and BBS103 Resistive: for blocks BBS100 and BBS101 Inductive: for blocks BBS102 and BBS103 Inductive: for blocks BBS100 and BBS101 No Load enabled threshold Maximum block output current Fusing Output diagnostics |
ForACForDC 2amps2ampsresistive9(1ampinductive*) 25 amps(2cycles)25amps(10mSpeak) 7mA2mA 13mA2mA 65volts40volts 95volts40volts Zerocrossing––– OncepersecondOnce persecond 0.5 Hz+1mS1mS 2.5volts2.5volts 10volts10volts 25mA10mA 30mA10mA 40mA10mA 100mA10mA 50mA50mA |
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15 amps at 35 C, 7.5 amps at 60C Internal electronic short circuit trip. 100ms(AC), 10ms (DC) long time trip ShortCircuit,Overload,NoLoad,Overtemp.,LossofI/OPower.Also, for blocks BBS100 and BBS 102 only: Failed Switch |
