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TECOM TS1061, Installation Manual

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TS1061 Dual Wiegand Interface Installation Manual 

21 

Appendix B: User current draw 

An on-board fuse provides over-current protection for the two Wiegand reader 
connections (Figure 2 on page 8, item 12), with a combined maximum current 
draw of 450 mA. 

The maximum current draw for the relays is determined by the TS1066 Network 
Access Controller or TS-CHPLUS Challenger

Plus

 panel that the Interface is 

connected to. 

 

 

Summary of Contents for TS1061

Page 1: ...TS1061 Dual Wiegand Interface Installation Manual P N MAINST TS1061 REV 2 5 ISS 16AUG19 ...

Page 2: ...y Systems No 80 Changjiang East Road QETDZ Qinhuangdao Hebei P R China 066004 Imported by UTC Fire Security Australia Pty Ltd t a Interlogix 10 Ferntree Place Notting Hill Victoria 3168 Australia ACMA compliance Notice This is a Class B product In a domestic environment this product may cause radio interference in which case the user may be required to take adequate measures WEEE compliance For pr...

Page 3: ...gand Interface 4 Installation guidelines 4 Installation procedures 4 Mounting in the enclosure 4 DIP switch settings 5 Connections 8 RS 485 LAN Bus 9 Terminating the RS 485 LAN 11 Lock power 11 Door lock relay wiring 12 Inputs 12 Wiegand reader connections 14 Door wiring example 15 Earthing 18 LED indications 19 Appendix A Standalone current draw 20 Appendix B User current draw 21 Appendix C Opera...

Page 4: ... possibility of such damages and regardless of whether any remedy fails of its essential purpose Installation in accordance with this manual applicable codes and the instructions of the authority having jurisdiction is mandatory The customer is responsible for testing and determining the suitability of this product for specific applications The customer is responsible for testing the product at le...

Page 5: ... describes How to install the Dual Wiegand Interface How to connect the Dual Wiegand Interface to a ChallengerPlus panel or a Network Access Controller How to connect other equipment to the Dual Wiegand Interface This manual is intended for use only by trained Challenger installation and configuration technicians Mechanical and environmental specifications Storage Temperature 20 to 80 C Location I...

Page 6: ...s 8 3 way plug on screw terminal connectors 1 Earth lead Related documentation The ChallengerPlus Installation and Quick Programming Manual and ChallengerPlus Programming Manual provide detailed information about configuring and programming a ChallengerPlus system The ENC LGE Large Enclosure Installation Manual provides instructions for installing the ENC LGE Large Enclosure The TS1066 Network Acc...

Page 7: ...d codes It is not an authoritative reference regarding codes and has not been reviewed by the responsible authorities The codes may change and may not be reflected in this document Safety Warnings Warning Field wiring errors or damage may present hazardous voltages inside the enclosure Treat all wires and boards in the enclosure as hazardous until checked and validated as safe Warning Interlogix r...

Page 8: ... Circuit separation conduit materials and workmanship are to comply with all applicable codes and regulations Only use units in a clean dry indoor environment as described on page 1 Installation must be performed in accordance with AS NZS 2201 Installation procedures The TS1061 Dual Wiegand Interface must be installed in the ENC LGE Large Enclosure Mounting in the enclosure The installation proced...

Page 9: ... 1 to 15 BUS 2 1 to 16 DGP 17 to 32 Use the four segment Address DIP switch to set the address Figure 1 Address DIP switch Settings for connection to ChallengerPlus panel The DIP switch settings for connection to a ChallengerPlus panel are shown in Table 3 below Table 3 DIP switch settings for connection to ChallengerPlus ChallengerPlus LAN Address Polled as Door numbers S1 1 S1 2 S1 3 S1 4 COMMS ...

Page 10: ... I I Legend I ON O OFF Settings for connection to Network Access Controller The DIP switch settings for connection to a Network Access Controller are shown in Table 4 below Table 4 DIP switch settings for connection to Network Access Controller Network Access Controller Bus Address Polled as S1 1 S1 2 S1 3 S1 4 BUS 1 1 DGP 1 I O O O BUS 1 2 DGP 2 O I O O BUS 1 3 DGP 3 I I O O BUS 1 4 DGP 4 O O I O...

Page 11: ...US 2 3 DGP 19 I I O O BUS 2 4 DGP 20 O O I O BUS 2 5 DGP 21 I O I O BUS 2 6 DGP 22 O I I O BUS 2 7 DGP 23 I I I O BUS 2 8 DGP 24 O O O I BUS 2 9 DGP 25 I O O I BUS 2 10 DGP 26 O I O I BUS 2 11 DGP 27 I I O I BUS 2 12 DGP 28 O O I I BUS 2 13 DGP 29 I O I I BUS 2 14 DGP 30 O I I I BUS 2 15 DGP 31 I I I I BUS 2 16 DGP 32 O O O O Legend I ON O OFF ...

Page 12: ...and TECOM BUS D terminals to the Network Access Controller s BUS 1 or BUS 2 cable Only use if 14 is not used 2 Connect the TAMP T and TAMP C terminals to the panel tamper switch in the enclosure Short circuit for sealed open circuit for unsealed Must be sealed if not used Can only be used with normally closed contacts such as the panel tamper switches Note Panel tamper switch must only be connecte...

Page 13: ... 13 TERM link for the RS 485 LAN bus See Terminating the RS 485 LAN on page 11 14 4 pin plug in socket for easy RS 485 cable connection to a Network Access Controller s BUS 1 15 Heart beat LED See LED indications on page 19 RS 485 LAN Bus The TS1061 Dual Wiegand Interface can be connected to a ChallengerPlus panel or Network Access Controller via the 4 pin RS 485 terminals Figure 2 on page 8 item ...

Page 14: ...723 to connect the Interface to a ChallengerPlus panel or Network Access Controller Connect the 12 terminal to the red wire The 12 terminal provides 12 V to the Interface Refer to section Power supply to RS 485 devices for more details Connect the terminal to the black wire Connect the D terminal to the white wire The D terminal is data positive Connect the D terminal to the green wire The D termi...

Page 15: ...and OFF at the Challenger panel In a completely connected but powered down system you can check for correct LAN termination by measuring the resistance across the D and D terminals 0 Ω indicates a short circuit in the cabling 160 Ω or less indicates that too many devices are terminated 220 Ω is good 470 Ω or more indicates that not enough devices are terminated Lock power Additional power for lock...

Page 16: ...nput circuits for four states sealed unsealed open circuit and short circuit This is accomplished by using two end of line EOL resistors in each input circuit as shown in Figure 5 on page 13 Note ChallengerPlus panels and Network Access Controllers can have various EOL resistor values for input tamper monitoring the default is 10 kΩ resistors EOL resistor values for ChallengerPlus panels or NAC ca...

Page 17: ...n this example 10 kΩ EOL resistors have been used 10 kΩ indicates sealed 5 kΩ or 20 kΩ indicates unsealed Open circuit indicates input tamper Short circuit indicates input tamper To use four state monitoring input tamper monitoring must be set to Yes for the ChallengerPlus panel or Network Access Controller See the ChallengerPlus Programming Manual or the TS1066 Network Access Controller Programmi...

Page 18: ...he ChallengerPlus panel or Network Access Controller See the ChallengerPlus Programming Manual or the TS1066 Network Access Controller Programming Manual respectively for information on disabling tamper monitoring Note Two state monitoring is not compatible with input types 33 or 40 See the ChallengerPlus Programming Manual for details Wiegand reader connections The TS1061 Dual Wiegand Interface c...

Page 19: ...tion Manual 15 Figure 7 Connecting a typical reader as a Wiegand device Note Refer to MAINST TS0862 TS0862 Smart Door Controller Installation Instructions manual for cable type and distance recommendations Door wiring example Weigand reader ...

Page 20: ...ected to the second input on the Interface Figure 2 on page 8 item 10 The door s card reader is connected to the first set of Wiegand reader connections Figure 2 on page 8 item 12 The door s lock is connected to the first relay on the Interface Figure 2 on page 8 item 9 The figure shows references to other figures in this document that provide additional wiring information The figure indicates tha...

Page 21: ...TS1061 Dual Wiegand Interface Installation Manual 17 Figure 8 Door wiring example ...

Page 22: ... earth lead to the Interface Attach the spade terminal of the earth lead to one of the earth tabs on the transformer in the enclosure See the ENC LGE Large Enclosure Installation Manual for more information Figure 9 below shows the earth leads in an example configuration of four TS1061 Dual Wiegand Interfaces in an ENC LGE Large Enclosure with a TS1066 Network Access Controller Figure 9 Example TS...

Page 23: ...eration Rx LED Figure 2 on page 8 item 5 flashing indicates polling data being received from the ChallengerPlus panel or Network Access Controller on the bus Tx LED Figure 2 on page 8 item 4 flashing indicates the Interface is replying to polling from the ChallengerPlus panel or Network Access Controller on the bus Off indicates that the Interface is not correctly addressed and or that the Challen...

Page 24: ...rd is configured as follows and is operating normally Standalone operation no external loads attached The tamper input is sealed wire link 0 Ω All four inputs are sealed 10 kΩ EOL resistors The two on board relays are not active USB is not connected The RS 485 system LAN is terminated and is connected to a terminated BUS port of TS1066 Network Access Controller ...

Page 25: ...ides over current protection for the two Wiegand reader connections Figure 2 on page 8 item 12 with a combined maximum current draw of 450 mA The maximum current draw for the relays is determined by the TS1066 Network Access Controller or TS CHPLUS ChallengerPlus panel that the Interface is connected to ...

Page 26: ... temperature for the Interface is 0 to 50 C It is recommended that if the Interface is to operate for prolonged periods in an operating environment with a room temperature above 40 C de rate the user current drawn from the Interface according to the chart in Figure 10 below Figure 10 Power derating chart ...

Page 27: ...ent of LAN cabling connect one end only of the data cable shield to a device s LAN earth terminal Join data cable shields where cable extends past a device that doesn t have a LAN earth connection The length of the LAN cable run must not exceed 1 5 km Power supply to RS 485 devices Devices on the ChallengerPlus panel or Network Access Controller s buses may be supplied from the 12V DC LAN output U...

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