ZKTeco TS 1000/2000 Pro Series Tripod Turnstile Installation Guide

1 Installation

1.1 Installation Conditions

When installing the tripod turnstile against the wall, please reserve at least 100 mm space for opening the cover. As shown in Figure 1-1.

Figure 1-1 illustrates the required spacing for wall installation, indicating a minimum of 100mm clearance.

1.2 Cabling

Power supply and communication wire suggested to be deployed underground then into the cabinet of the device.

1.3 Drilling Holes

Drill holes based on the locations of the screw holes.

1.4 Fix the Device

Fix the device on the ground by 4 expansion screws (M12). The tripod turnstile must be connected to the Ground (earth); there is a wiring interface near the power switch.

2 Installation Notes

In order to keep the arm from being damaged during transportation, the arm is not installed on the device initially.

1. Put the arm kit into the hole of the cabinet, make sure the screw holes match with the mechanism core, then tighten 3 hex screws, as shown in Figure 2-1.
2. Please make sure that the power requirements are strictly met to avoid permanent damage to the unit. Input voltage: AC 100~120V/200~240V.
3. Power on and wait 30s for the tripod turnstile to finish the self-check program.
4. Lift the arm manually, as shown in Figure 2-2. If the arm cannot be lifted, please push the arm towards the cabinet direction first, then lift the arm manually.

Figure 2-1 shows the process of installing the arm kit into the cabinet.

Figure 2-2 illustrates lifting the arm manually.

3 Control Board Introduction

3.1 Function Description of the Turnstile Control Board

If you are using a standard device without an RFID or Fingerprint reader, you need to connect an access control system to the main board. Please check the content in this chapter carefully. The turnstile control board's diagram is shown in Figure 3-1.

Figure 3-1 provides a detailed diagram of the turnstile control board with numbered components:

• ① Counter
• ② Counter
• ③ Left direction indicator
• ④ Right direction indicator
• ⑤ Passing indicator
• ⑥ Opening signal input
• ⑦ External alarm & drop arm
• ⑧ Proximity sensor signal input
• ⑨ RS485 port
• ⑩ 24V DC input
• ⑪ Drop arm solenoid
• ⑫ Left solenoid
• ⑬ Left direction indicator
• ⑭ Opening signal input
• ⑮ 12V DC output
• ⑯ Right solenoid

3.2 Connection Diagram of the Access Controller

The diagram shows the connection of access controller devices to the turnstile control board. Key connections include:

• Card Reader (Wiegand): Connects to the control board.
• Turnstile control board: Various ports for lock control, sensors, power, and communication.
• Access controller: Connects to the control board for signals like K1, GND, K2, GND for Opening Signal Input.

Note: The third-party access control system lock relay trigger time should be 1 second or less. The lock relay duration of the access controller device needs to be set to 1s. It is forbidden to use electrically charged objects to connect to the port of Opening Signal Input, otherwise, it will damage the control board.

4 Maintenance

Forming maintenance consciousness

The tripod turnstile needs to be maintained regularly and repaired once it is damaged. It is recommended that warning signs be placed at conspicuous positions for prompting passers-by to pass in a proper way and in good order. Reasonable maintenance consciousness helps to guarantee long-term usage of the tripod turnstile.

Regular maintenance

Cleaning and protection liquid dedicated for stainless steel are recommended to wipe the outer shell of the equipment regularly. The tripod turnstile used outdoors or in an environment with lots of dust must be maintained once a year at least. For example, clean up the dust and add appropriate lubricating oil to the Disk Wheel. Note that regular maintenance should be performed after powering off the equipment, as shown in Figure 4-1.

Figure 4-1 shows a diagram of the internal components of the turnstile, including the Turnstile-opening Solenoid, Disk Wheel, Position Sensor, Lock Rod, and Drop-arm Solenoid.

5 Troubleshooting