Hörmann SH 100 Connection and Installation Examples

Section 1: LED Light Strips

This section details the connection and installation of LED light strips with the SH 100 control system for various barrier boom lengths and configurations, including examples with advance warning lights.

Example 1.1: LED Light Strips (Barrier Boom Length up to 4 m)

Illustrates the connection of LED light strips for barrier booms up to 4 meters. It shows the SH 100 control unit and the wiring for the light strips, indicating red light for stopping and green light for operation.

Example 1.2: LED Light Strips (Barrier Boom Length 4 - 6 m)

Details the connection for barrier booms between 4 and 6 meters, showing the SH 100 control unit and the wiring for the LED light strips.

Example 1.3: LED Light Strips and Advance Warning Light (Barrier Boom Length up to 4 m)

Demonstrates the integration of LED light strips and an advance warning light for barrier booms up to 4 meters. It includes wiring diagrams and notes on the flashing orange light for the warning light.

Example 1.4: LED Light Strips and Advance Warning Light (Barrier Boom Length 4 - 6 m)

Provides the connection and installation for LED light strips and an advance warning light for barrier booms between 4 and 6 meters.

Example 1.5: Synchronised Operation with LED Light Strips (Barrier Boom Length 4 - 6 m)

Explains the setup for synchronised operation of two barriers using LED light strips, for barrier booms between 4 and 6 meters.

Example 1.6: Synchronised Operation with LED Light Strips and Advance Warning Light (Barrier Boom Length 4 - 6 m)

Details the connection for synchronised barrier operation with LED light strips and an advance warning light for barrier booms between 4 and 6 meters.

Example 1.7: LED Light Strip - Light Duration Red/Green: 30 s

Illustrates the connection for LED light strips with a specific light duration of 30 seconds for red and green signals, for barrier booms up to 4 meters.

Example 1.8: Hörmann Traffic Light (LED Warning Lights Red/Green)

Shows the connection of the SH 100 with a Hörmann traffic light system, featuring red and green LED warning lights.

Section 2: Sensors and Safety Devices

This section covers the connection and installation of various sensors and safety devices with the SH 100 control system.

Example 2.1: Hörmann Light Barrier EL 401

Details the connection of the SH 100 with the Hörmann light barrier EL 401, including wiring for the receiver (RX) and transmitter (TX) units.

Example 2.2: Hörmann Light Barrier EL 401 (Through-traffic photocell)

Explains the setup for the SH 100 with the Hörmann light barrier EL 401 configured as a through-traffic photocell.

Example 2.3: Hörmann Light Barrier EL 71-B

Illustrates the connection of the SH 100 with the Hörmann light barrier EL 71-B, showing the wiring for the transmitter (TX) and receiver (RX) units.

Example 2.4: Hörmann Light Barrier EL 71-B (Through-traffic photocell)

Details the connection of the SH 100 with the Hörmann light barrier EL 71-B used as a through-traffic photocell.

Example 2.5: Keyence Laser Sensor LR-TB5000CL

Shows the connection of the SH 100 with the Keyence laser sensor LR-TB5000CL.

Example 2.6: Keyence Laser Sensor LR-TB5000CL (Through-traffic photocell)

Explains the setup for the SH 100 with the Keyence laser sensor LR-TB5000CL configured as a through-traffic photocell, including options for reversing end-of-travel position.

Example 2.7: BEA Laser Sensor LZR-H100 (Opening field, Safety field)

Details the connection of the SH 100 with the BEA laser sensor LZR-H100 for opening and safety fields.

Example 2.8: BEA Laser Sensor LZR-H100 (Opening field, Safety field, Through-traffic photocell)

Illustrates the integration of the BEA laser sensor LZR-H100 with the SH 100 for opening field, safety field, and through-traffic photocell functions, including options for reversing end-of-travel position.

Example 2.9: Radar Sensor R-Loop (Opening field, Safety field)

Shows the connection of the SH 100 with the R-Loop radar sensor for opening and safety fields.

Example 2.10: Radar Sensor R-Loop (Opening field, Safety field, Through-traffic photocell)

Explains the setup for the SH 100 with the R-Loop radar sensor for opening, safety, and through-traffic photocell functions, including options for reversing end-of-travel position.

Example 2.11: Synchronous Operation with 2 x Radar Sensor R-Loop (Opening field, Safety field, Through-traffic photocell)

Details the connection for synchronous operation of the SH 100 with two R-Loop radar sensors, covering opening, safety, and through-traffic photocell functions, including options for reversing end-of-travel position.

Section 3: Additional Devices

This section covers the connection and installation of additional devices with the SH 100 control system.

Example 3.1: Camera HCAM Basic for License Plate Recognition

Illustrates the connection of the SH 100 with the HCAM Basic camera for license plate recognition, including wiring and important cautions regarding cable installation.

Example 3.2: Fireman's Switch / Key Switch

Shows the connection of the SH 100 with a fireman's switch or key switch.

Example 3.3: FEIG Induction Loop Detector VEK MNH1-R24-A (Opening loop)

Details the connection of the SH 100 with the FEIG induction loop detector VEK MNH1-R24-A for an opening loop.

Example 3.4: FEIG Induction Loop Detector VEK MNH1-R24-A (Closing loop)

Explains the setup for the SH 100 with the FEIG induction loop detector VEK MNH1-R24-A for a closing loop.

Example 3.5: FEIG Induction Loop Detector VEK MNH2-R24-C (Opening loop, Closing loop)

Illustrates the connection of the SH 100 with the FEIG induction loop detector VEK MNH2-R24-C for both opening and closing loops.

Example 3.6: Hörmann Support Post and Holding Magnet

Shows the connection of the SH 100 with a Hörmann support post and holding magnet for the barrier arm.

Example 3.7: Hörmann Emergency Battery (Barrier Opens in Case of Power Failure)

Details the connection of the SH 100 with a Hörmann emergency battery, which allows the barrier to open during a power failure.

Color Code Reference

The following table provides the color code for wires used in the installations:

Menu/Function/Parameter Settings

The document frequently references menu settings for functions and parameters, indicated by numerical codes (e.g., 43, 44, 45, 46, 34, 32, 01, 03, 07, 06, 00, 97, 05). These settings are crucial for configuring the SH 100 control system according to the specific installation and desired operation.

General Information

The document provides diagrams illustrating the SH 100 control unit, various sensors, and their connections. It also includes important notes and cautions regarding installation practices to ensure proper functioning and prevent malfunctions.