The Bosch DS160 Series‚ including the DS160 and DS161 models‚ offers high-performance Request-to-Exit (REX) solutions with advanced features like Motion Analyzer II signal processing for reliable operation.
1.1 Overview of the DS160 and DS161 Models
The DS160 and DS161 are high-performance Request-to-Exit (REX) detectors designed for precise motion detection in access control systems. The DS160 is light gray‚ while the DS161 is black‚ offering aesthetic flexibility. Both models feature advanced Motion Analyzer II signal processing to minimize false activations and ensure reliable operation. They are UL Listed under the UL 294 Standard for access control devices and comply with ULC-S319 for Canada‚ ensuring adherence to stringent safety and performance standards.
1.2 Purpose and Applications of the DS160 Series
The Bosch DS160 Series is specifically designed for Request-to-Exit (REX) applications‚ providing reliable motion detection to control access points. These detectors are ideal for securing doors in commercial and industrial settings‚ ensuring smooth operation of access control systems. Their advanced features‚ such as Motion Analyzer II and adjustable coverage patterns‚ make them suitable for a wide range of environments. The DS160 Series is optimized for durability and flexibility‚ meeting the demands of high-traffic areas while maintaining precise detection accuracy.
Key Features of the Bosch DS160
The Bosch DS160 features Motion Analyzer II for accurate detection‚ a door monitor with sounder alert‚ Sequential Logic Input (SLI)‚ and internal vertical pointability for precise coverage control.
2.1 Motion Analyzer II Signal Processing
Motion Analyzer II enhances detection accuracy by filtering out false triggers from environmental factors. This advanced processing ensures reliable activation‚ reducing unnecessary alarms and improving system efficiency in various settings.
2.2 Door Monitor with Sounder Alert
The Door Monitor with Sounder Alert provides real-time monitoring of door status‚ emitting an audible warning when unauthorized access is detected. This feature enhances security by alerting personnel to potential breaches. The sounder activates when door contacts are compromised‚ ensuring immediate notification of improper door operation. It integrates seamlessly with access control systems‚ offering a reliable solution for maintaining secure environments. The alert system is customizable‚ allowing for tailored responses to specific security scenarios.
2.3 Sequential Logic Input (SLI)
The Sequential Logic Input (SLI) on the Bosch DS160 enables the detector to process inputs in a specific sequence‚ ensuring that only authorized events trigger the relay. This feature minimizes false alarms by requiring a predefined order of events. SLI enhances security systems by providing customizable logic‚ making it ideal for applications needing precise control over access scenarios‚ thus improving overall system reliability and adaptability.
2.4 Internal Vertical Pointability
The Internal Vertical Pointability of the Bosch DS160 allows precise adjustment of the detector’s coverage pattern. This feature ensures the sensor can be aimed accurately to cover specific areas while minimizing false activations. By adjusting the vertical angle‚ users can tailor the detection zone to match their security needs. Masking wedges can also be used to further customize the coverage‚ ensuring optimal performance in various environments and configurations.
Installation and Configuration
Proper installation ensures optimal performance. Mount the DS160/161 no higher than 15 ft above the floor. Adjust DIP switches for custom settings and wiring connections.
3.1 Mounting the DS160/161 Detector
Mount the DS160/161 detector on a flat surface‚ ensuring it is securely fastened. The recommended height is no more than 15 feet above the floor. Position the lens downward slightly to avoid direct sunlight or bright light sources. Remove any masking wedges carefully to prevent lens damage. Use appropriate screws for the surface type. Ensure the detector is level and aligned with the coverage area for optimal performance.
3.2 Wiring and Connectivity Options
The DS160/161 detector features terminal connections for power‚ relay outputs‚ and optional external devices. The sounder volume control allows adjustment of the alert level. Wiring should follow the recommended diagram to ensure proper functionality. External devices‚ such as door controllers‚ can be connected to enhance system integration. The relay output is Form C‚ enabling compatibility with various access control systems. Proper wiring ensures reliable performance and integrates seamlessly with existing security setups;
3.3 Configuring DIP Switches for Custom Settings
The DS160/161 detectors offer customizable settings via DIP switches‚ allowing users to tailor functionality to specific applications. These switches control features such as relay timer duration‚ sounder activation‚ and sequential logic inputs. Proper configuration ensures optimal performance‚ and the settings can be adjusted to meet the requirements of various access control systems. The DIP switches provide flexibility‚ enabling users to fine-tune the detector’s behavior without requiring complex programming or external devices. Always refer to the manual for detailed configuration guidelines to ensure correct setup and operation.
Troubleshooting Common Issues
Common issues with the DS160 include false activation‚ communication loss‚ and power supply problems. Troubleshooting involves checking wiring‚ verifying settings‚ and ensuring proper installation to maintain functionality.
4.1 Diagnosing False Activation Problems
False activation issues with the Bosch DS160 can stem from environmental factors like temperature changes or drafts. To diagnose‚ check for obstructions blocking the sensor’s field of view and ensure proper installation height. Adjust the sensitivity settings using DIP switches to reduce unwanted triggers. Verify that the coverage pattern aligns with the intended area and test the detector’s performance under various conditions to confirm reliable operation. Regular maintenance and updates can also help mitigate false activation problems.
4.2 Resolving Communication Loss on CAN Bus
Communication loss on the CAN Bus for the Bosch DS160 can occur due to faulty wiring‚ incorrect termination‚ or damaged modules. To resolve this‚ inspect all connections for integrity and ensure proper termination at both ends of the bus. Verify that the CAN Bus wiring adheres to the specified standards and check for any signs of physical damage. Use diagnostic tools to identify faulty nodes and replace them if necessary. Ensure DIP switch settings are correctly configured for CAN Bus operation. After addressing these issues‚ test the system to confirm communication is restored.
4.3 Addressing Power Supply Issues
Power supply issues for the Bosch DS160 can arise from incorrect wiring‚ voltage fluctuations‚ or faulty components. First‚ verify all power connections to ensure they are secure and meet the specified voltage requirements. Check for any signs of damage or wear on the power cables and connectors. Use a multimeter to test the voltage supply between the terminals. If the voltage is inconsistent‚ inspect the power supply unit or consult the manual for troubleshooting steps. Ensure the power supply matches the device’s specifications to avoid malfunctions.
Compliance and Standards
The Bosch DS160 Series complies with UL 294 and ULC-S319 standards‚ ensuring reliability and safety in access control applications‚ as specified in the manual.
5.1 UL 294 Standard for Access Control Devices
The Bosch DS160/161 detectors are UL Listed under the UL 294 Standard for Access Control Devices‚ ensuring compliance with safety and performance requirements. This certification guarantees reliable operation in access control systems‚ adhering to stringent testing protocols. The UL 294 standard verifies the device’s ability to function under various conditions‚ providing assurance of its durability and effectiveness in security applications. Compliance with this standard is a testament to the product’s quality and trustworthiness in the market.
5.2 ULC-S319 Listing for Canada
The DS160/161 detectors are certified under the ULC-S319 standard for Canada‚ ensuring compliance with Canadian safety and security regulations. This listing verifies the devices meet specific criteria for access control equipment‚ providing assurance of their reliability and performance in Canadian markets. The ULC-S319 certification is recognized nationwide‚ confirming the product’s adherence to local standards and making it a trusted solution for access control systems across Canada.
Best Practices for Use
Ensure proper placement for optimal coverage and regular checks to maintain performance. Follow manual guidelines for updates and adjustments to ensure compliance and reliability.
6.1 Optimal Coverage Patterns and Placement
Mount the DS160/161 no higher than 15 ft above the floor for effective coverage. Use the wrap-around coverage pattern for precise detection. Ensure the lens is pointed downward and slightly outward. Avoid obstructions in the detection area. Adjust the internal vertical pointability to customize coverage. Refer to the coverage pattern examples in the manual for ideal placement scenarios. Proper positioning ensures reliable performance and minimizes false activations.
6.2 Regular Maintenance and Updates
Regularly clean the DS160/161 lens with a soft cloth to prevent dirt interference. Check wiring connections for integrity and ensure DIP switch settings align with system requirements. Update firmware periodically to maintain optimal performance and security. Verify that environmental conditions‚ such as temperature and humidity‚ remain stable. Inspect the detector’s mounting for stability and adjust if necessary. Schedule periodic inspections to ensure reliable operation and compliance with access control standards. Proper maintenance ensures consistent performance and minimizes potential issues over time.
