Technical Specifications

• Model: Woodward PEAK200-HVAC 8200-1501
• Type: HVAC Controller
• Manufacturer: Woodward Inc.
• Power Supply: Typically operates on 24V DC or 115V/230V AC, depending on the configuration.
• Communication Protocols: Supports various communication protocols such as Modbus, BACnet, or proprietary protocols for integration with building management systems (BMS).
• Input/Output:
  • Inputs: Includes multiple analog and digital inputs for temperature sensors, pressure sensors, and other HVAC-related measurements.
  • Outputs: Provides outputs for controlling HVAC components such as dampers, fans, and heating elements.
• Display: Equipped with a user interface for configuration and monitoring, which may include an LCD or touchscreen display.
• Dimensions: Varies based on the enclosure and specific configuration; typically designed to fit standard control panels.

Functionality

• Control: Provides advanced control functions for HVAC systems, including temperature regulation, fan speed control, and pressure management.
• Monitoring: Monitors various parameters related to HVAC operations, providing real-time data and alerts.
• Automation: Supports automation of HVAC processes to enhance efficiency and performance.
• Diagnostics: Includes diagnostic tools for troubleshooting and system health monitoring.

Features

• High Precision: Offers high-precision control and monitoring to ensure optimal HVAC performance.
• Flexibility: Flexible configuration options to adapt to various HVAC system requirements.
• Integration: Compatible with a wide range of HVAC components and building management systems for seamless integration.
• User Interface: Includes an intuitive user interface for easy setup, configuration, and operation.
• Scalability: Can be scaled to accommodate different sizes and types of HVAC systems, from small units to large-scale installations.
• Alarming and Alerts: Provides alarm functions for fault conditions and alerts for maintenance needs.

Application Scenarios

• Commercial Buildings: Used in commercial buildings for efficient management of HVAC systems, including offices, malls, and hotels.
• Industrial Facilities: Applicable in industrial settings where precise HVAC control is necessary for process cooling or environmental control.
• Data Centers: Ensures reliable cooling and environmental conditions for data centers and server rooms.
• Residential Systems: Can be employed in advanced residential HVAC systems for improved comfort and efficiency.

Installation and Maintenance

• Installation: Typically installed in control panels or enclosures within HVAC systems. Requires proper wiring and configuration based on the specific application.
• Configuration: Setup involves configuring inputs, outputs, and communication settings to match the requirements of the HVAC system.
• Maintenance: Regular checks and updates are recommended to ensure optimal performance and address any potential issues.