TECOM TS1067E Manual
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TS1067E Network Access
Controller Installation
Manual
Please use CTPlus to download and update your
NAC firmware. CTPlus is available at
https://www.firesecurityproducts.com.au/downloads-and-resources-library
P/N MAINST-TS1067E • REV 1.0 • ISS 23JUN23
STOP!
Before you begin
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Table of Contents
Related Manuals for TECOM TS1067E
Summary of Contents for TECOM TS1067E
- Page 1 TS1067E Network Access Controller Installation Manual STOP! Before you begin Please use CTPlus to download and update your NAC firmware. CTPlus is available at https://www.firesecurityproducts.com.au/downloads-and-resources-library P/N MAINST-TS1067E • REV 1.0 • ISS 23JUN23...
- Page 2 Copyright © 2023 Carrier. All rights reserved. Trademarks and The Challenger name and logo are trademarks of Carrier patents Fire & Security Australia Pty Ltd. Other trade names used in this document may be trademarks or registered trademarks of the manufacturers or vendors of the respective products.
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Page 3: Table Of Contents
Contents Important information ..............5 Limitation of liability ................. 5 Agency compliance ................. 5 Contact information ................. 5 Product overview ................6 Specifications .................. 7 Product contents ................7 Warning ..................8 Related documentation ..............8 Before you begin ................9 Safety Warnings................ - Page 4 On-Board Memory Retention ............32 Appendix A: Standalone current draw ........33 Appendix B: Output fusing and user current limits ....34 Appendix C: Operating temperature ......... 35 Appendix D: Cabling requirements ........... 36 System earthing ..............36 Ethernet cabling ..............36 Power supply to RS-485 devices (refer to Figure 5 External Power Supply Connection to RAS on page 23) ....
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Page 5: Important Information
Important information Limitation of liability To the maximum extent permitted by applicable law, in no event will Carrier Fire & Security be liable for any lost profits or business opportunities, loss of use, business interruption, loss of data, or any other indirect, special, incidental, or consequential damages under any theory of liability, whether based in contract, tort, negligence, product liability, or otherwise. -
Page 6: Product Overview
The Network Access Controller can operate independently of a ChallengerPlus panel, depending on its operating mode. The Network Access Controller, in addition to its Tecom bus, has two RS-485 buses (local LANs) to connect readers for doors, as well as RASs, DGPs, and Tecom peripherals. -
Page 7: Specifications
Specifications Mechanical Physical dimensions Board only 218x255x48 In enclosure 395x580x112 Weight product boxed Electrical AC input voltage Nominal Vrms Limits* Vrms 15 to 24.5 Battery requirements Type SLA(Sealed Lead Acid)/ VRLA(Valve regulated Lead Acid) Terminal voltage Nominal Maximum 15 (severely overcharged) Charging current limit >1.75 Compliance... -
Page 8: Warning
Table 1 lists the items that are shipped with a TS1067E Network Access Controller. Table 1: TS1067E shipping list Quantity Item TS1067E board TS1067E Network Access Controller Installation Manual M3 x 10 pan head screws Standoff board mounts 3-way plug-on screw terminal connectors... -
Page 9: Before You Begin
Before you begin When installing a Network Access Controller, or any other parts of the system, you need to be aware of requirements for cabling and earthing, and plan accordingly. Refer to “Appendix D: Cabling requirements” on page 36. Notice! A qualified service person, complying with all applicable codes, should perform all required hardware installation. -
Page 10: Installing The Network Access Controller
Mounting Network Access Controller in the enclosure The installation procedure is as follows: 1. Install six standoff board mounts for the TS1067E board in the enclosure. Refer to the enclosure installation for standoff mount location and fitment. 2. Remove the TS1067E board from its antistatic bag. -
Page 11: Dip Switch Settings
DIP switch settings If a Network Access Controller is connected to a ChallengerPlus panel’s system LAN, then it must be addressed as a DGP in the range 1 to 12. Use the four- segment Address DIP switch (Figure 2 on page 12, item 32) to set the address. Figure 1: Address DIP switch Table 2: DIP switch settings Address... -
Page 12: Connections
Figure 2 below identifies the locations and details of the connectors and other items. See “Appendix D: Cabling requirements” on page 36 for recommendations for the application and wiring of Challenger equipment. Figure 2: TS1067E board details (18) (17) (19) - Page 13 Figure 2 legend Item Description 1. Mounting Hole (x6). 2. GND (x2). The board’s ground link must be removed (if fitted). 3. AC power input terminals. Details provided in Specifications. See Power Input on page 15. 4. Earth terminal. Connect the power earth wire from the enclosure’s mains transformer to the earth terminal.
- Page 14 Item Description 27. Battery temperature monitor. Optional, not required for Australian and New Zealand market. 28. Relay coil active LED (x5). See LED indicators on page 29. 29. Test links (not fitted during normal operations). Refer to Defaulting the Network Access Controller on page 31 and Relay expansion on page 28.
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Page 15: Power Input
Figure 3 below details the wiring for terminal blocks in Figure 2, items 3 through 10. Figure 3: Connection details for terminal blocks Power Input AC power input for the NAC is provided via the two unpolarised AC terminals. Power is typically provisioned from the transformer fitted to the enclosure in which the NAC is installed. -
Page 16: Batteries
The retaining screw is correctly torqued. Note: If the TS1067E is retrofitted into an existing enclosure, the power supply will only be rated to support devices loaded on BUS 1. BUS 2 should only be utilized when combined with the transformer and enclosure supplied with the... -
Page 17: Battery Fitment And Replacement
necessitating the use of adaptors or modifications to the leads. When modifying the leads: a) Disconnect leads from the NAC. b) Take care not to damage the fuse holder. c) Add sleeving or covers to any exposed metal on the modified battery connection arrangement. -
Page 18: Battery Charging Current
The installer is responsible for identifying and specifying batteries within an operating temperature range that measures up with the specific TS1067E installation environment; a minimum range of 0°C to +40°C is recommended. The installer (or user) is responsible for scheduling on-going battery system checks as required by the applicable standards and codes to ensure user safety, battery integrity and system performance;... -
Page 19: Siren
Note: Network Access Controller system design should consider the fuse partitioning and load limitations specified in Appendix B: Output fusing and user current limits on page 34. Siren Connect the OUT S+ and OUT S– terminals to an 8 Ω siren speaker or two 8Ω siren speakers in parallel. -
Page 20: Rs-485 Networks
RS485 cabling. ChallengerPlus LAN The PANEL (TECOM BUS) connector is used to connect the Network Access Controller to a ChallengerPlus LAN, if required by its operating mode. There is no power terminal on this interface: the Network Access Controller is a slave device on the ChallengerPlus LAN, so it is not expected to power the host, and its operating current is too high to be supplied by the host. - Page 21 Using the plug-in BUS 1 sockets: To easily connect a Tecom peripheral to BUS 1, connect a 4-way RS-485 cable (supplied with the Tecom peripheral) to one of the 4-pin plug-in RS-485 cable sockets (Figure 2 on page 12, items 14).
- Page 22 Figure 4: Example TS1067E to TS1061 cable connections for RS-485 and lock power TS1061 A:4-way RS485 cable TS1067E B:4-way RS485 cable TS1061...
- Page 23 Figure 5 External Power Supply Connection to RAS...
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Page 24: Terminating The Rs-485
Figure 6: Connecting a Smart Card Reader to the one of the buses Terminating the RS-485 All RS-485 devices (including the panel) use a 470 Ω RS-485 termination resistor where required. RS-485 termination resistors are used to set the impedance of the RS-485 to around 220 Ω... -
Page 25: Door Lock Relay Wiring
The onboard bell relay can be treated as another relay that can be mapped and used to activate a door lock, buzzer or siren. Information on using the relay can be found in the TS1067E Network Access Controller Programming Manual. Inputs Inputs can be configured as an alarm input if the Network Access Controller is connected to a ChallengerPlus system via the LAN. - Page 26 To use four-state monitoring, input tamper monitoring must be set to Yes (Install menu option 7, System Options) for the ChallengerPlus panel, and tamper monitoring must be enabled for the Network Access Controller. See the TS1067E Network Access Controller Programming Manual for information on enabling tamper monitoring.
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Page 27: Wiegand Reader Connections
• Open circuit or short circuit indicates unsealed To use two-state monitoring, tamper monitoring must be disabled for the Network Access Controller. See the TS1067E Network Access Controller Programming Manual for information on disabling tamper monitoring. Note: Two-state monitoring is not compatible with input types 33 or 40. See the MAPROG-TS1067E Network Access Controller Programming Manual for details. -
Page 28: Connecting Expansion Modules
The Network Access Controller can accommodate two TS1021 8 way input cards to allow up to 32 onboard inputs on the device. The TS1067E comes with inputs 1-16 already included in the board. To utilise inputs 17-32, the input expanders will need to be properly addressed and polled. -
Page 29: Connecting To Aperio
supply. Note: If two or more 8 way relay boards (TS1041) are used, the link should be removed and the relay boards should be powered from an external supply. Note: Devices connected to the RS-485 buses and powered by the Network Access Controller must comply with Appendix B: Output fusing and user current limits on page 34 Connecting to Aperio... - Page 30 Item Item Description number Rapid flashing if a remote unit is connected to BUS 2. Off if no remote unit is connected to BUS 2. Ethernet Link Active Flashing indicates Ethernet activity. 10/100 MBps On indicates Ethernet speed is 100Mbps Relay Relay coil Active On when relay coil is energized...
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Page 31: Powering Up The Network Access Controller
Note: Devices connected to the RS-485 buses and powered by the Network Access Controller must comply with Appendix B: Output fusing and user current limits on page 34. Refer to the TS1067E Network Access Controller Programming Manual for information on configuring the Network Access Controller. Defaulting the Network Access Controller You may want to perform a “default”... -
Page 32: Defaulting The Usb Comms Path
In the absence of any power source, the on-board capacitor storage will maintain the real-time clock and system configuration/logs for 5 days under typical circumstances. Programming the Network Access Controller Refer to the TS1067E Network Access Controller Programming Manual for detailed information about programming the Network Access Controller. -
Page 33: Appendix A: Standalone Current Draw
Appendix A: Standalone current draw The current draw of the TS1067E running from battery power only is provided below for bare configuration: • Battery charging is off • Siren is not active • The tamper input is sealed (wire link, 0 Ω) •... -
Page 34: Appendix B: Output Fusing And User Current Limits
Appendix B: Output fusing and user current limits The current draw on the Network Access Controller for all user devices must not exceed 3.5 A. This value excludes the standalone board current. The Network Access Controller will shut down if this is exceeded. e.g.: Battery chargers set to 550 mA, two batteries connected: 3.5 –... -
Page 35: Appendix C: Operating Temperature
Appendix C: Operating temperature The operating ambient (room) temperature for the Network Access Controller is 0 to 50°C. If the Network Access Controller is to operate for prolonged periods in an environment with an ambient temperature above 40°C, de-rate the user current drawn from the Network Access Controller according to the chart in Figure 11 below. -
Page 36: Appendix D: Cabling Requirements
Appendix D: Cabling requirements This section contains recommendations for installers and electricians for the application and wiring of Challenger equipment with respect to: • System earthing • Ethernet cabling System earthing The following requirements are essential to the reliable operation of the Challenger system.