ZKTeco TS1000 Plus Series Installation Guide

Revision History

1 Installation Requirements

1. It is recommended that the device be installed on a level and solid floor. If the floor is uneven or not strong enough to hold the device in place, resurface the floor or use a pedestal mount to alleviate the change problem.
2. Avoid using the device directly in open air or wet, corrosive environments where rain, moisture, or corrosive materials may impact its lifespan. Use it only if the device is explicitly rated for waterproofing.
3. Make sure the device's grounding wire is securely connected. Differentiate between strong and weak power setups to prevent potential harm to personal safety and unforeseen incidents.
4. After installation, inspect the grounding wire, connectors, junctions of the connecting line, and moving parts to ensure secure connections. Tighten any loose nuts, screws, or fasteners promptly to prevent long-term gate failure.

2 Installation Environment

Refer to the provided figure to identify the installation position based on the device's size and space requirements. When installing against a wall, leave a 100mm space to allow for opening the top cover during commissioning and maintenance. Maintain a 100mm distance between two devices if multiple channels are present.

Diagram Description:

Two turnstile units are shown. The left unit has dimensions indicating 100mm space from the wall, 280mm width, 100mm space between units, and a total height of 1000.73mm. The right unit also shows a 100mm space from the wall and a width of 500.54mm. The diagram illustrates the ground level with a foundation.

3 Preparation

Before installing the device, make sure you have the following items:

• Screwdriver: For removing or installing screws on the device.
• Pencil: To mark the device size and screw hole locations.
• Electric Drill: To drill holes according to the marked screw holes.
• Wrench: To secure the M12 expansion screw on the device.
• Tapeline: To measure dimensions during installation.
• Hex Wrench: For removing or installing screws on the device.
• Cutting Machine: For cutting the road and laying cables.

Diagram Description: Icons representing a screwdriver, pencil, electric drill, wrench, tapeline, and cutting machine are displayed.

Note: Except for the hex wrench, ensure all other tools are provided by you.

4 Installation

After checking the list to ensure all devices and items are correct, transport the device to its installation location.

Diagram Description:

Step 1 shows packaging components, a device, an arm assembly, and an accessory box being moved to the installation site. The turnstile unit is shown installed, with dimensions of 420mm width and 1000.73mm height.

Step 2: Use the key to open the device chassis and then remove the covers.

Diagram Description: An illustration shows a key being inserted into a lock on the device, followed by the removal of a cover.

Step 3: Use a pencil to mark down the screw holes, wire holes, and conduits of the device.

Diagram Description:

Left illustration: A pencil marks screw holes (X4) and wire holes (X2) on the device. Dimensions shown are 30mm, 320mm, 420mm, and 100.41mm.

Right illustration: A pencil marks conduits (X2) on the device. Dimensions shown are 79.2mm width and 30mm depth.

Note: For the safety of the device and future maintenance, when installing, please ensure to encase the power cable and network cable within a PVC pipe with a diameter of 20mm. The conduit diameter should exceed 20mm; this guide suggests using 30mm as an example.

Step 4: Take out the device and use an electric drill to create holes based on the markings.

Diagram Description: An electric drill is shown drilling a hole (Φ14) into the concrete, with a screw hole marked at 60mm.

Step 5: According to the mark of the device, use a cutting machine to create two conduits on the device that is 30mm wide, 79.2mm length and 100mm deep.

Diagram Description: A cutting machine is shown creating conduits. A magnified view shows the dimensions of the conduits: Length ≥ 79.2mm, Depth = 100mm, Width = 30mm.

Step 6: After drilling, clean up debris and dust, then reposition the device at the installation site. Verify if the drilled holes and conduits align with the marks on the device.

Diagram Description: The device is shown being placed into position after cleaning. An arrow indicates the alignment of the device with the drilled holes and conduits.

Step 7: Place the 20mm diameter PVC pipe into the conduit, thread the power cable, Ethernet cable, and fire signal cable through the PVC pipe to connect the power supply, controller, and fire alarm. Test all device functions for normal operation, disconnect the power supply once confirmed, and fill the conduit with concrete.

Diagram Description: Four steps illustrate the process of threading cables through a PVC pipe into a conduit. The cables are color-coded: pink for the 20mm PVC pipe, red for the power cable, blue for the Ethernet cable, and yellow for the fire signal cable. The final step shows concrete being poured into the conduit.

Note:

1. Separate strong and weak power lines during installation.
2. After completing the test, disconnect the device's power supply, and avoid operating the equipment with electricity.
3. The conduit depth should be a minimum of 100mm, and the height of the exposed PVC pipe above the ground should exceed 100mm. Ensure the exit bends back to prevent water from entering the wire pipe.

Step 8: Align the device with the drilled holes. Next, insert the bolts and secure them using a wrench. Finally, add the washers and the nuts, and tighten them securely with a wrench.

Diagram Description:

Step 1 shows the device being aligned with the holes, and bolts being inserted.

Step 2 shows a close-up of the mounting bracket, bolt, nut, and washer assembly, indicating how they are secured.

Step 9: Install the chassis covers and use the key to lock it.

Diagram Description: The device covers are shown being reattached and locked with a key.

Step 10: Use the key to open the top lid of the device.

Diagram Description: A key is used to unlock and open the top lid of the turnstile.

Step 11: Align the arm assembly with the internal chassis assembly, and then secure it with the screws.

Diagram Description:

Step 1 shows the arm assembly being aligned with the internal chassis.

Step 2 shows screws (Allen Screw X3) being used to secure the arm assembly.

Step 12: Close the top lid and lock it.

Diagram Description: The top lid is shown being closed and locked.

Step 13: We suggest marking a warning line on the floor after installation. This serves as a reminder for users to wait outside the marked area until the previous user completes the verification process and passes through the device.

Diagram Description: Two turnstile units are shown with red warning lines marked on the floor in front of them, indicating a waiting area.

5 Wiring Diagram

Diagram Description:

The diagram shows the connections between the Access Controller and the Turnstile Control Board. Key components include:

• Access Controller: Connections for Wiegand (In/Out), RS485, GND, and 12V are shown. It also indicates inputs for buttons and sensors.
• Turnstile Control Board: Labeled with various ports including J1-J20, Wiegand ports, RS485, power inputs (+12V, GND), solenoid outputs (Drop arm, R-solenoid, L-solenoid), indicator lights, alarm, and fire signal port.
• Power Supply: A 12V DC Power supply is connected to the control board.
• Other Connections: Proximity Switch, Side Indicator lights, Top Indicator light, Alarm, and Fire Signal Port are also depicted.

A QR code is present with the text "Scan the QR code to view the manual".

Contact Information

ZKTeco Industrial Park, No. 32, Industrial Road, Tangxia Town, Dongguan, China.

Phone: +86769-82109991

Fax: +86755-89602394

Website: www.zkteco.com

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