Mô đun Ge Fanuc IC660TSD020 ， Terminal Assembly For An I/O Block ， 18 to 56 Volts DC
Ge Fanuc IC660TSD020 , Terminal Assembly For An I/O Block , 18 To 56 Volts DC
Technical Information
The IC660TSD020 module is a 16-circuit enabled I/O module manufactured by GE Fanuc. It comes with 2 source blocks that power the field output devices. The circuit has a voltage rating of 24/48 Volts DC. The 16 individual circuits of the module are equipped with individual LEDs that illuminate when a connection is made to that specific circuit. The module is built with configurable features with output pulse test capability and the selectable input filter time is between 10 and 100 milliseconds. The diagnostics feature of the module runs during the operation and starting up of the module and it can detect runtime errors. The IC660TSD020 module has a heat dissipation rating of 68.8 Watts. The block to block isolation is 1500 Volts. The output diagnostics of the module can detect short circuit, overload, no load, failed switch and over temperature conditions. The temperature of the installation environment should be between 0 and 60 degrees celsius.
A built-in thermal sensor is present in the IC660TSD020 module that turns off the circuit when it detects an excessive temperature. The overload shutdown feature protects the output load, the field wiring, and the switching devices if the load exceeds 2.8 Amps for a time period of 100 milliseconds. The IC660TSD020 module is equipped with a BSM controller that is connected to the bus switching module. The front side of the module comes with a programmer controller part that helps to connect the handheld terminal and the other human-machine interface module to the I/O module. The I/O module is certified with the cULus and CE standards.
About IC660TSD020
The GE Fanuc IC660TSD020 terminal assembly is a terminal assembly for an I/O block with the catalog number IC660BBD020. The electronics assembly for the IC660BBD020 block that is compatible with the IC660TSD020 terminal assembly has the catalog number IC660EBD020. The GE Fanuc IC660BBD020 I/O block is a DC-powered 16-circuit source/sink block which is a configurable I/O block that can interface with a wide range of DC actuators and sensors. The IC660BBD020 block is a 24/48 Volts DC rated source block which can be used with 3-wire solid state sensors and electromechanical sensors. Each of the 16 circuits on the IC660BBD020 block can be configured as an input, tristate input, or output. The typical power required by the IC660BBD020 I/O block is 150 milliamps. The block power current requirement can go up to 300 milliamps.
The operating voltage from a single source for the IC660TSD020 terminal assembly and the whole IC660BBD020 block it is part of ranges from 18 to 56 Volts DC. With 16 outputs operating at 2 Amps, the heat dissipation for the block is 68.8 Watts. The block has LEDs for each individual circuit which display the load side indications. The block also has LEDs which display the block’s status. The IC660BBD020 block has 1.7 milliseconds of input processing time and 5.6 kiloohms of input impedance. The block supports the following input diagnostics: open wire, failed switch, and overtemperature diagnostics. The steady state output current is 2 Amps per circuit. The inrush current can go up to 10 Amps. The block output current is 15 Amps at 35 degrees Celsius. The minimum recommended load is 50 milliamps with no load enabled. The operating temperature recommended by GE Fanuc for the IC660TSD020 terminal assembly and the whole I/O block is from 0 to 60 degrees Celsius.
for IC660TSD020
| Brand | GE Fanuc |
| Series | Genius I-O |
| Part Number | IC660TSD020 |
| Product type | Terminal assembly |
| 3-Wire Solid-State Sensors | Supported |
| Listing | This specification list was created by dosupply.com. |
| Operating Temperature | 0 to 60 degrees Celsius |
| Combatible Electronics Assembly | IC660EBD020 electronics assembly |
| Compatible I/O Block | IC660BBD020 I/O block |
| Inrush Current | 10 Amps |
| Single-Source Operating Voltage | 18 to 56 Volts DC |
