Bolin PTZ Camera and Bolin Keyboard Controller Wire Connection Guide

Contents

• IMPORTANT INFORMATION
• KEYBOARD DIAGRAMS
• SYSTEM OVERVIEW
• CONNECTION
• IP CONTROL
• CROSS-PROTOCOL MIX CONTROL
• TALLY LIGHT GPI I/O CONNECTION

IMPORTANT INFORMATION

Legal Notice

Attention: To ensure account security, please change the password after your first login. A strong password (no less than eight characters) is recommended. Password login may not apply to models that do not require it.

The contents of this document are subject to change without prior notice. Updates will be incorporated into new versions of this manual. Bolin Technology strives to improve its products and procedures.

While best efforts have been made to verify the accuracy of this document, no statement, information, or recommendation herein constitutes a formal guarantee. Bolin Technology is not responsible for any technical or typographical errors.

Product appearance shown in this manual is for reference only and may differ from the actual device.

This manual serves as a guide for multiple product models and is not intended for any specific product. Illustrations, displayed interfaces, parameters, drawings, and value ranges may vary by model. Please refer to the actual product for details.

Discrepancies may exist between actual values and reference values provided due to environmental factors. Use of this document and its results are the user's sole responsibility.

Symbols

Safety Information

WARNING!

Installation and removal of the unit and its accessories must be performed by qualified personnel. Read all Safety Instructions supplied with your equipment before installation and operation.

Warnings:

• If the product malfunctions, contact your dealer. Never attempt to disassemble the unit yourself. Bolin Technology is not responsible for problems caused by unauthorized repair or maintenance.
• Installation should be performed by a qualified service person in compliance with all local codes.
• When shipping, use the original packaging.
• Ensure the power supply voltage is correct before connecting to the unit.
• Do not drop or subject the unit to physical shock.

Maintenance Precautions:

• Prevent moisture or liquid from contacting the keyboard, as it may damage its functions.
• Keep RJ-45 ports free from dust and moisture.
• Only use the original, uncut (not spliced) power supply included with the keyboard.

Regulatory Compliance

FCC Part 15

This equipment has been tested and found to comply with the limits for a digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy. If not installed and used per the manual, it may cause harmful interference to radio communications. Operation in a residential area may cause harmful interference, requiring the user to correct it at their own expense.

This product complies with Part 15 of the FCC Rules, subject to two conditions: (1) This device may not cause harmful interference. (2) This device must accept any interference received, including interference that may cause undesired operation.

LVD/EMC Directive

This product complies with the European Low Voltage Directive 2006/95/EC and EMC Directive 2004/108/EC.

WEEE Directive-2002/96/EC

This product is covered by the Waste Electrical & Electronic Equipment (WEEE) Directive and must be disposed of responsibly.

This guide is a sub-portion of the KBD-1010 Keyboard Controller user guides for controlling Bolin cameras (1, 7, 8, 9 Series, HDBaseT Receiver). For the full operation guide, please refer to the product user guide available at https://bolintechnology.com.

Keyboard Diagrams

KBD-1010

The KBD-1010 keyboard controller is depicted with numbered ports:

• 1. Power Button: Powers the keyboard on/off.
• 2. 12V DC Power Port: Accepts a wide range of input tolerance from 5V-48VDC. Connect the supplied DC power adapter and cord.
• 3. Firmware Interface Button: Engages firmware update mode on the keyboard.
• 4. Kensington Security Slot: Use a lock to physically secure the keyboard.
• 5. Tally / Contact (GPI I/O connector): Tally control interface.
• 6. RS232 interface / RJ-45 port: Connects to an RS232 adapter.
• 7. IP Interface / RJ-45 port: Connects the keyboard to a network.
• 8. RS422 (B) interface / RJ-45 port: Used for RS485; connects an RS422 adapter to control up to 7 daisy-chained RS422 cameras (Group A).
• 9. RS422(A) interface / RJ-45 port: Used for RS485; connects an RS422 adapter to control up to 7 daisy-chained RS422 cameras (Group B).
• 10. Firmware Upgrade USB port: For firmware upgrades.

Home Screen

The Home Screen displays the following information:

• 1. Camera Identifier: Shows the currently controlled camera and its protocol.
• 2. Protocol: Displays the communication protocol being used.
• 3. Baud Rate: Indicates the current baud rate.
• 4. Communication indicator: Shows the communication status for the current device.
• 5. Network Connectivity indicator:
  • If "+" appears, the network is successfully connected.
  • If "+" does not appear, the network is not connected.
• 6. Tilt Reversal Indicator: Shows the tilt reversal status.
• 7. Pan Reversal Indicator: Shows the pan reversal status.
• 8. IP Address: Displays the keyboard's IP address.
• 9. Camera Title: Shows the name of the controlled camera.

Keyboard Layout

The keyboard features numerous controls for camera operation:

• 1. White Balance (Auto, Manual): Press once for Auto WB; press again for manual adjustments.
• 2. Lock: Locks all image adjustment buttons and dials.
• 3. Exposure (Auto, Iris PRI, Shutter PRI): Controls exposure settings.
• 4. IP Interface Buttons: Used to interact with IP cameras.
• 5. LCD Screen: Displays keyboard settings and navigation menus.
• 6. Reset: Clears saved presets.
• 7. Setup: Accesses the keyboard's menu settings.
• 8. Preset: Saves camera presets.
• 9. Pan Tilt Speed knob: Rotate to adjust speed or navigate menus. Press to select in menus. Long press to invert L/R direction.
• 10. Call: Recalls saved camera presets.
• 11. Zoom Speed knob: Rotate to adjust zoom speed or values in menus. Press to save in menus. Long press to invert U/D direction.
• 12. IRIS / Shutter: Adjusts exposure settings.
• 13. Manual Red Adjustment: For white balance.
• 14. Manual Blue Adjustment: For white balance.
• 15. Manual Focus: Controls focus manually.
• 16. One-Push Focus: Initiates autofocus.
• 17. Focus Auto/Manual Toggle: Switches between autofocus and manual focus.
• 18. OPW (One Push WB): For white balance adjustment.
• 19. Assign Keys: Assigns quick access to commands.
• 20. Zoom Seesaw: Controls zoom in/out.
• 21. BLC (Back Light Compensation): Toggles Back Light Compensation.
• 22. Menu: Opens the camera's OSD menu.
• 23. MON: For calling monitor numbers (functionality may vary in current versions).
• 24. Alphanumeric Keypad: Used for camera call, preset call, and data entry.
• 25. CAM: Calls camera numbers.
• 26. RS422 Group B Selection: Selects RS422 Group B.
• 27. RS422 Group A Selection: Selects RS422 Group A.
• 28. Enter Button: Confirms menu selections or data entry.
• 29. PTZ Joystick: Controls Pan, Tilt, and Zoom.

Junction Box

The Junction Box diagram shows its ports and connections:

• 1. RJ45 port: Connects to the Keyboard Controller.
• 2. 12V DC Power Port: Accepts power via the supplied DC power adapter and cord.
• 3. Junction Box body: The main unit.
• 4. Terminal Contact connection: For RS422 or RS232 connections.
• 5. RJ45 port: Connects to the camera. Use a network cable for direct connection.
• NOTE: The top row of holes on the terminal contact block are not contact ports; labels apply to the bottom row.

System Overview

The system supports cross-protocol mix control, allowing simultaneous control of cameras using RS232, RS422, RS485, and IP protocols (VISCA, PELCO D/P, ONVIF, VISCA over IP, CGI). The KBD-1010 keyboard controller can manage up to 255 cameras in a single network, potentially across multiple controllers.

Cross-Protocol Mix Control

When the junction box is powered, it supplies power to the keyboard via any connected port (RS232, IP, RS422(A), RS422(B)), eliminating the need for an additional power supply for the keyboard.

Serial Control Protocols (RS422/RS485 and RS232) Capabilities:

• Controlling only RS232 cameras: up to 7 cameras.
• Controlling RS422 and RS232 cameras simultaneously: up to 7 RS232 and 7 RS422 cameras.
• Controlling only RS422 cameras: up to 14 cameras (2 daisy chains of 7).
• Controlling only RS485 cameras: up to 255 cameras.
• The keyboard can simultaneously control up to 255 cameras using mixed protocols (RS422, RS232, and IP).

Connection

The controller supports serial RS232/RS422 and IP cross-protocol mix-control for cameras using protocols like VISCA, PELCO D/P, ONVIF, VISCA over IP, and CGI.

IP Port to Network Switch

• Used for accessing the KBD-1010 web interface.
• Used to control PTZ protocols: VISCA over IP, ONVIF IP.

RS232 Connection

• Provides 1-to-1 connection between the keyboard and camera.
• Supports keyboard connection to an RS232 daisy chain.

RS422 Connection

• Keyboard RS422 (A or B) RJ-45 port connects via an RS422 adapter to RS422 cameras (daisy chain).
• Keyboard RS422 (A or B) RJ-45 port connects via an RS422 adapter to RS485 cameras.

Power Options

The controller can be powered using one of the following methods:

1. Power Supply (Included):
   • Power Voltage Tolerance: 5V – 48V. The keyboard can be powered with at least 5VDC, allowing for longer power runs. It also tolerates 48VDC, making it suitable for vehicle use (e.g., broadcast vans).
   • Maximum distance is 80M using CAT6 Plus cable.
2. Use POE: Connect the Ethernet IP port to a POE switch.
3. Use Included Junction Box:
   • Connect the junction box to a power supply.
   • Connect an Ethernet cable from the “Controller” port on the junction box to the RS422 or RS232 port on the KBD-1010.
   • When using the Junction Box to provide power via the RS422 or RS232 port, no additional power supply is needed for the keyboard.

Figure 2 illustrates power supply options: keyboard or junction box powered. If the junction box is powered, it supplies power to the keyboard via the control port.

Connector Pinout Definition

Detailed pinout definitions for the controller's ports:

TALLY/CONTACT Port

RS-232 Port

IP Port

RS-422 (A/B) Port

IP Connection

To establish an IP connection, connect the keyboard's "IP" port to a port on an Ethernet switch hub using a network cable. This setup allows for IP control of cameras via protocols like ONVIF and VISCA over IP.

Diagram shows KBD-1010 keyboard connected via Ethernet cable to an IP Switching Hub, which is connected to IP Cameras and an IP Video Station.

Connection with Bolin Camera

This User Guide is suitable for the following Bolin cameras:

• 1 Series camera (with RJ45 Type Serial Control Port)
• 7 Series camera (with RJ45 Type Serial Control Port)
• 8 Series camera (with RJ45 Type Serial Control Port)
• Camera with Regular Type Serial Control Port
• 9 Series camera (with RJ45 Type Serial Control Port)
• HDBaseT Receiver (with RJ45 Type Serial Control Port)

Serial Port Connection

RS232 Connection with Bolin Camera

Follow the diagrams for RS232 direct connections:

1. 1 to 1 connection (Bolin camera ONLY): Use the included (Premade) Ethernet cable or a T-568B standard Ethernet cable for a direct connection between the controller and the camera.
2. 1 to 1 connection: Follow the pinout for the RS232 port on the keyboard to use a CAT5/6 T-568B standard Ethernet cable to create a suitable cable for controlling your camera.
3. Via Junction Box (1 to 1 connection): Use the included (Premade) Ethernet cable or T-568B standard Ethernet cable for a direct connection between the Bolin camera and the controller via the Junction Box.
4. Via Junction Box (1 to 1 connection): Follow the pinout for the RS232 port on the keyboard and Junction Box to use a CAT5/6 cable (T-568B) to make a cable suitable for controlling your camera via the Junction Box.
5. RS232 connection using RJ45-RS232 phoenix adapter via Junction Box: Connects the camera to the Junction Box using an RJ45 to Phoenix adapter.
6. RS232 connection using RJ45-RS232 8 Pin Mini Din adapter via Junction Box: Connects the camera to the Junction Box using an RJ45 to 8 Pin Mini Din adapter.
7. RS232 Daisy Chain Multiple Cameras connection: Connects multiple cameras in a daisy chain using RJ45 to Phoenix Control Adapters and multicore control cables.
8. RS232 connection using RJ45 to Phoenix connector adaptor (Not Included, sold separately): Connects the camera with an RS232 8 Pin Mini Din port using an RJ45 to Phoenix adapter.

RS422 Connection with Bolin Camera

Follow the diagrams for RS422 direct connections:

1. 1 to 1 connection: Use the included (Premade) Ethernet cable or T-568B standard Ethernet cable for a direct connection between the controller and the camera.
2. 1 to 1 connection: Follow the pinout for the RS422 port on the keyboard to use CAT5/6 cable (T-568B) to make a suitable cable for controlling your camera.
3. Via Junction Box (One-To-One Camera Connection): Use the included (premade) Ethernet cable or T-568B standard Ethernet cable for a direct connection between the camera and the controller via the Junction Box.
4. Via Junction Box (1 to 1 connection): Follow the pinout for the RS422 port on the keyboard and Junction Box to use CAT5/6 cable (T-568B) to make a cable suitable for controlling your camera via the Junction Box.
5. 1 to 1 connection: Use multicore control cable to connect from the controller to the Bolin camera with the RS422 RJ45 connector via Junction Box.
6. 1 to 1 connection: Use multicore control cable to connect from the controller to Bolin camera with the serial port via Junction Box.
7. RS422 Daisy Chain multiple camera connection: Connects multiple cameras in a daisy chain using RJ45 to Phoenix connector adapters.
8. RS422 connection using RJ45 to Phoenix connector adaptor (Not Included, sold separately): Connects cameras using RJ45 to Phoenix adapters.

RS485 Connection with Bolin Camera

NOTE: Use RS422 ports for RS485 connection. Only use TX+ and TX- for RS485 connection.

1. RS485 Direct connect (1 to 1 connection): Use the included (Premade) Ethernet cable or T-568B standard Ethernet cable for a direct connection between the controller and the camera.
2. Direct connect B (1 to 1 connection): Follow the pinout for the RS422 port on the keyboard to use CAT5/6 cable (T-568B) to make a cable suitable for controlling your camera.
3. Via Junction Box (One-To-One Camera Connection): Use the included (Premade) Ethernet cable or T-568B standard Ethernet cable for a direct connection between the camera and the controller via the Junction Box.
4. 1 to 1 connection: Follow the pinout for the RS485 port on the keyboard and Junction Box to use CAT5/6 cable (T-568B) to make a cable suitable for controlling your camera via Junction Box.
5. 1 to 1 connection: Use multicore control cable to connect from the controller to Bolin camera with the RS485 RJ45 connector via Junction Box.
6. 1 to 1 connection: Use multicore control cable to connect from the controller to Bolin camera with the serial port via Junction Box.
7. RS485 Daisy Chain multiple camera connection: Connects multiple cameras in a chain using RJ45 to Phoenix connector adapters.
8. RS485 connection using RJ45 to Phoenix connector adaptor (Not Included, sold separately): Connects cameras using RJ45 to Phoenix adapters.

IP Control

Use ONVIF IP Control:

This setup involves connecting the keyboard via a network cable to an IP Switching Hub, which then connects to IP cameras for streaming and control. A VMS (Video Management System) and IP Video Station can also be integrated into the network.

Diagram shows a network configuration for ONVIF IP control, including the keyboard, IP switching hub, IP cameras, VMS, and IP Video Station connected via LAN.

Use VISCA OVER IP Control:

This configuration uses a network cable to connect the keyboard to an IP Switching Hub, which in turn connects to VISCA over IP-ready cameras. A Video Switcher and monitors are also shown in the setup. The connection includes camera video signals and remote control signals via CAT5/6 cables.

Diagram illustrates a network for VISCA over IP control, featuring the keyboard, IP switching hub, VISCA over IP cameras, Video Switcher, and monitors, all connected via LAN.

Cross-Protocol Mix Control

This section details how to integrate various protocols (VISCA, PELCO, VISCA OVER IP, ONVIF IP Control) into a single system. The diagrams show connections via LAN and IP Switching Hubs, illustrating the simultaneous control of different camera types and protocols.

Diagrams depict complex network setups integrating multiple controllers and cameras using RS232, RS422, RS485, and IP protocols, managed through IP Switching Hubs.

Tally Light GPI I/O Connection

GPI connection with RS422 VISCA control connection: This shows a setup where tally/contact signals and RS422 control signals are used in conjunction with a Video Switcher and cameras.

Diagram illustrates a GPI connection for RS422 VISCA control, showing the keyboard, Video Switcher, and cameras with tally/contact and RS422 control signal lines.

GPI connection with VISCA OVER IP control connection: This describes a GPI connection for VISCA over IP control, involving tally/contact signals, camera video signals, and remote control signals over a network.

Diagram illustrates a GPI connection for VISCA over IP control, showing the keyboard, Video Switcher, and cameras connected via a LAN, with tally/contact and network control signal lines.