Elco BradControl DEVICENET ACTIVE 60mm Input/Output Interface Block May, 2008

Transcription

1 Elco BradControl DEVICENET ACTIVE 60mm Input/ Interface Block May, INTRODUCTION The following product numbers are covered by the information presented in this booklet: PART NUMBER BCDN-1600P-M12 BCDN-1600N-M12 BCDN-0808P-M12 BCDN-0808N-M12 DESCRIPTION 16 Input PNP DeviceNet Block 16 Input NPN DeviceNet Block 8 Input/8 PNP DeviceNet Block 8 Input/8 NPN DeviceNet Block All products are designed to function as Group 2 Only Slaves on a DeviceNet network. These devices have been designed to version 2.0 of the DeviceNet specification. The family of products from Brad Harrison combines the best features of outside the box IP67 IO with inside the box modular IP20 IO in one family of simple to use products. This parallels the advantages of the inside-the-enclosure IP20 systems where you buy what you need. The interface block allows you to take advantage of the block s industrial IP- 67 ratings as well as the plug-play advantages of simple extensibility, simple diagnostics and troubleshooting as well as fast commissioning. The interface block offers the installer several unique features including:? Connectors which allow you to easily get at any and all connectors. All of the IO connectors are raised from the block surface such that you can easily get your fingers into the block top to un-mate the coupling nut connection. Other general features include:? Accommodation of up to either 8 or 16 discrete 24VDC sensors and 8 discrete output devices.? 5 pin Mini Bus In and Bus Out connections allows use of the unit in a drop or passthrough network topology? Each pair of input circuits (2 circuits/port) is short circuit-protected at 1.0A? Each input circuit has an LED (green) to indicate input status and (red) to indicate a fault status? Rotary switches to allow for the node address to be easily set. The most significant digit sets the tens place and least significant digit defines the ones place.? Dip switches allow the user to set the baud rate on the module.? Module and Network LEDs (green/red) provides status of module and network.? All units sealed to IP67 Page 1

2 Input devices are driven from DeviceNet power. devices are driven via a 4-pin Mini-Change auxiliary power connection Auxiliary power status LED (green) to indicate power present and (red) to indicate power is reverse or no power. Uses existing ArmourBlock and Turck Type FDNP mounting holes for painless replacement of existing blocks 2. GETTING STARTED Mount the IO Block Install the block by mounting with 4 x 8/32 machine mount screws, supported by a washer using the drawing below as a template: Mounting Dimensions for both 16 Input and 8 Input/8 blocks Page 2

3 Attach the Cables 1. Attach the network cables to the connectors on the block: The connectors are laid out with the following in mind: A. The IO connectors on the block pay out at a 45 degree angle relative to the side of the block. This allows for visibility of each of the LEDs even when the splitter TEEs are used. 2. Cover the IO connectors not being used with the caps provided in order to retain the IP67 integrity of the product. Additional caps can be ordered if needed. 3. Set the MAC ID or Node Address Set the device node address by adjusting the two rotary switches located on the board or through the network configuration software. A device on a DeviceNet network must have a node address between 0 and 63. The factory default setting for the rotary switches is node address 63. To set node address with the rotary switches adjust the switches with a small screwdriver to the desired setting and then cycle the power to the device. The rotary switches are read at power-up: MSD Most Significant Digit LSD Least Significant Digit Page 3

4 4. Set the baud rate for the module Brad Harrison offers a full range of cable assemblies for use with these products. Refer to the Brad Harrison Designer s Guide for details. BUS IN 1: Drain 2: V s + 3: V s - 4: CAN H 5: CAN L BUS OUT 1: Drain 2: V s + 3: V s - 4: CAN H 5: CAN L DUAL INPUT 1: V s + 2: Even # Input 3: V s - 4: Odd # Input 5: PE Page 4

5 DUAL OUTPUT 1: V AUX + 2: Even # 3: V AUX - 4: Odd # 5: PE AUX POWER IN 1: V AUX + Switched 2: No Connection 3: No Connection 4: V AUX - AUX POWER OUT 1: V AUX + Switched 2: No Connection 3: No Connection 4: V AUX - CONNECTORS IO Connectors Bus Connectors Aux. Power Connectors Female internally-threaded M12 connectors 5P Male (Bus IN) Mini, Female (Bus Out) 4P Male (Aux IN), Mini, Female (Aux Out) INPUTS Number of inputs Input Voltage Input Circuit On-state current Sensor current Max off state current Max switching frequency Max Inrush Current trip Short Circuit Protection OUTPUTS Number of outputs Voltage Circuit current, max Max switching Frequency Overcurrent Protection Up to 8 Inputs or 16 Inputs 10-25VDC PNP-dedicated (BCDN-1600P-M12/BCDN-0808P-M12) NPN-dedicated (BCDN-1600N-M12/BCDN-0808N-M12) 1-8mA maximum 250mA maximum 300uA min of 100Hz 7 Amps (24VDC) for 150µs duration Inputs are protected against short circuits from a 24VDC power supplies up to 10A Up to 8 s 10-25VDC Sourcing (BCDN-0808P-M12) Sinking (BCDN-0808N-M12) 1A per port; 2.4A surge for 10ms before faulting min of 100Hz Overcurrent shut-off at 1A Page 5

6 SETTINGS Address 0-63 Network Comm Rate 125k, 250k and 500kbits/sec Address, Selectable Rotary Switches or by Software settings Baud rate settings DIP Switches or by Software settings LED Indicators Module Status Network Status Inputs/s Status Aux. Power Status Flashing GREEN = autobauding GREEN = baudrate established, module operating RED = configuration error OFF = No Connection Flashing GREEN = Ready for Connection not allocated GREEN = Connection allocated Flashing RED = Connection Time-Out RED = Unrecoverable network error GREEN = Input/ ON (2 each) RED = Input/ shorted OFF = Input/ OFF GREEN = Aux. power available RED = No Aux. power presence or reserved polarity DeviceNet Messaging Explicit Polled COS Cyclic Bit Strobe NO ADR support- Environmental Temp-Storage Temp-Operating RH Operating Environmental 0-90 degrees C 0-70 degrees C 5-95% non-condensing IP-67 Software Settable Parameters Node address: If rotary switches are set to a value > 63, the node address can be changed or programmed by software settings. Baud rate: If baud rate switches are set to a value > 2, the baud rate can be changed or programmed by software settings Page 6

7 Input Map Produce assembly 25(default for 16 Input) 1 Input 15 Input 14 Input 13 Input 12 Input 11 Input 10 Input 9 Input 8 2 Status 7 Status 6 Status 5 Status 4 Status 3 Status 2 Status 1 Status 0 3 Status 15 Status 14 Status 13 Status 12 Status 11 Status 10 Status 9 Status 8 Produce assembly 64 (default for 8 Input/8 ) 1 Status 7 Status 6 Status 5 Status 4 Status 3 Status 2 Status 1 Status 0 2 Status 7 Status 6 Status 5 Status 4 Status 3 Status 2 Status 1 Status 0 Produce assembly 4 (8 Input/8 Option) Produce assembly 5 (16 Input Option) 1 Input 15 Input 14 Input 13 Input 12 Input 11 Input 10 Input 9 Input 8 Produce assembly 24 (8 Input/8 Option) 1 Status 7 Status 6 Status 5 Status 4 Status 3 Status 2 Status 1 Status 0 Map Consume 35 (default for 8 Input/8 ) Page 7