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Provides a general description of the 485 Alarm Panel's function and purpose within the REFLECS control system.
Lists the key capabilities and functionalities of the 485 Alarm Panel.
Details the steps and considerations for installing the 485 Alarm Panel.
Describes the physical mounting process and dimensions for the 485 Alarm Panel enclosure.
Explains how to connect the 485 Alarm Panel to a power source.
Details the configuration of power jumpers for different voltage inputs.
Guides the connection of the 485 Alarm Panel to the RS485 Host Network.
Explains the placement of jumpers for network termination resistance.
Instructs on how to assign a unique COM B network device number to the 485 Alarm Panel.
Specifies the baud rate setting required for communication with the 485 Alarm Panel.
Details how to connect and configure a printer for the 485 Alarm Panel.
Explains how to enable and configure the buzzer for audible alarm notifications.
Provides step-by-step instructions for setting the on-board clock of the 485 Alarm Panel.
Describes the operational modes and user interactions with the 485 Alarm Panel.
Details troubleshooting steps for communication loss between the 485 Alarm Panel and the network.
Explains the procedure to clear all stored alarms from the 485 Alarm Panel's memory.
Introduces the RS232 Bus Amplifier and its role in integrated communication systems.
Highlights the key benefits and capabilities of the RS232 Bus Amplifier.
Covers the physical installation process for the RS232 Bus Amplifier.
Details the power requirements and connection for the RS232 Bus Amplifier.
Provides recommendations for the optimal placement of the RS232 Bus Amplifier.
Explains the physical mounting procedure for the RS232 Bus Amplifier.
Describes various ways to connect the RS232 Bus Amplifier within a refrigeration system.
Illustrates and explains the typical setup for a single RS232 Bus Amplifier.
Details the configuration when two RS232 Bus Amplifiers are used in the system.
Explains the automatic functions of the RS232 Bus Amplifier and its status indicators.
Describes the meaning and function of the various indicator lights on the RS232 Bus Amplifier.
Explains the function of the Terminal Keyboard and Terminal to Modem override buttons.
Introduces the purpose and application of modems for remote communication with CPC systems.
Guides the physical connection of a modem to the REFLECS network.
Details the necessary software configuration for the modem to work with REFLECS.
Describes the Checkit Refrigeration System Monitor and its function in early warning of refrigeration issues.
Lists the key features of the Checkit Refrigeration System Monitor.
Provides instructions for installing the Checkit Refrigeration System Monitor.
Recommends the optimal placement for the Checkit sensor.
Explains the correct orientation for mounting the Checkit sensor assembly.
Step-by-step guide for installing the Checkit sensor assembly.
Covers the configuration steps for the Checkit sensor.
Explains how to identify and configure the Checkit sensor's board and point address.
Details how to configure alarm and notice set points and delays for the Checkit sensor.
Defines how to set alarm and notice thresholds for the Checkit sensor.
Explains how to configure delays for alarms and notices related to the Checkit sensor.
Describes how to disable Checkit monitoring during hot gas defrost cycles.
Discusses the function to disable Checkit monitoring during heat reclaim periods.
Introduces the Dew Cell Dew Point Probe and its use in monitoring dew points.
Provides guidance on the proper mounting location and method for the dew point probe.
Details the wiring connections for the Dew Cell Dew Point Probe to the 16AI board.
Covers the configuration of the Dew Cell Dew Point Probe in the REFLECS software.
Explains how to assign board and point addresses for the dew point probe.
Details sensor type configuration for the dew point probe in Sensor Control.
Provides instructions for the regular maintenance of the dew point probe.
Introduces the Light Level Sensor and its application in controlling lights.
Provides instructions on how to mount the Light Level Sensor.
Details the wiring connections for the Light Level Sensor to the 16AI board.
Covers the configuration of the Light Level Sensor in the REFLECS software.
Explains how to assign board and point addresses for the light level sensor.
Details sensor type configuration for the light level sensor in Sensor Control.
Introduces the Indoor Relative Humidity Sensor and its measurement capabilities.
Provides instructions for installing the Indoor Relative Humidity Sensor.
Details the recommended mounting location and method for the indoor humidity sensor.
Details the wiring connections for the Indoor Relative Humidity Sensor to an input board.
Covers the configuration of the Indoor Relative Humidity Sensor in the REFLECS software.
Explains how to assign board and point addresses for the indoor humidity sensor.
Details sensor type configuration for the indoor humidity sensor in Sensor Control.
Introduces the Outdoor Relative Humidity Sensor and its weatherproof design.
Provides instructions for installing the Outdoor Relative Humidity Sensor.
Details the recommended mounting location and method for the outdoor humidity sensor.
Details the wiring connections for the Outdoor Relative Humidity Sensor to an input board.
Covers the configuration of the Outdoor Relative Humidity Sensor in the REFLECS software.
Explains how to assign board and point addresses for the outdoor humidity sensor.
Details sensor type configuration for the outdoor humidity sensor in Sensor Control.
Introduces the Refrigerant Transducer for monitoring refrigerant leaks.
Details the different sensor types available for specific refrigerants.
Lists the key features of the Refrigerant Transducer.
Covers the power considerations and installation of the Refrigerant Transducer.
Details special power considerations during power-up for the Refrigerant Transducer.
Provides guidance on the optimal placement of the Refrigerant Transducer for leak detection.
Explains the sensor's sensitivity to other gases and filtering methods.
Details the physical mounting dimensions and procedure for the Refrigerant Transducer.
Describes how to connect multiple Refrigerant Transducers to the 16AI board.
Illustrates the wiring for connecting a single Refrigerant Transducer to the 16AI board.
Details the wiring for connecting multiple Refrigerant Transducers to the 16AI board.
Explains how the refrigerant transducer interacts with the CPC controller and alarm log.
Guides on configuring the RMCC to interact with the Refrigerant Transducer.
Details assigning the board and point location for the RT in the RMCC.
Explains setting the sensor type to 'RefrLk' in the RMCC.
Guides on entering an offset to account for normal background readings.
Details defining alarm and notice set points for the Refrigerant Transducer.
Explains how to activate an exhaust fan upon refrigerant leak detection.
Explains how to assign output addresses for exhaust fan control in the RMCC.
Introduces Eclipse Pressure Transducers for refrigeration control systems.
Details the Eclipse pressure transducer's function and design.
Provides guidance on mounting Eclipse pressure transducers in various environments.
Details the physical installation steps for Eclipse pressure transducers.
Covers the software setup for Eclipse transducers in RMCC and UltraSite.
Introduces standard pressure transducers as replacements for RMCC systems.
Details the standard pressure transducer's function and design.
Details the physical installation steps for standard pressure transducers.
States that standard pressure transducers require no software setup for most RMCC versions.
Introduces various temperature sensors and their common functions.
Provides guidance on mounting and locating indoor temperature sensors.
Details the mounting and location for the indoor temperature sensor.
Describes the use and installation of 12-inch insertion probes for ducts.
Explains the application and installation of insertion and immersion temperature probes.
Details the mounting and wiring of pipe mount sensors on refrigerant lines.
Briefly mentions supply/return air and refrigeration probes/sensors.
Provides general wiring instructions for temperature sensors to the 16AI board.
Introduces the Refrigerant Liquid Level Sensor for tank monitoring.
Details the installation procedure for the Refrigerant Liquid Level Sensor.
Covers the software configuration for the Refrigerant Liquid Level Sensor in RMCC.
Introduces the Refrigerant Level Transducer Probe for monitoring refrigerant levels.
Details the installation procedure for the Refrigerant Level Transducer Probe.
Covers the software configuration for the Refrigerant Level Transducer Probe in RMCC.
Introduces the three types of transformers used for powering CPC input/output boards.
Lists the technical specifications for different CPC transformer models.
Explains how to select transformers based on board power requirements.
Lists the power requirements for various CPC boards.
Provides guidelines on appropriate fuses for transformer primary circuits.
Presents diagrams for wiring transformers to CPC boards.
Diagrams the wiring for connecting 16AI, 8RO, 4AO, or 8DO boards to transformers.
Details the three ways to wire the 8IO board for power.
Illustrates wiring the 8IO board independently to a transformer.
Shows wiring the 8IO board with other CPC boards.
Lists the technical specifications for the S437A and S637A Sail Switches.
Introduces Sail Switches and their function in detecting airflow.
Covers the mounting and wiring of both S437A and S637A Sail Switches.
Details the wiring for the S437A Sail Switch to relay one state.
Details the wiring for the S637A Sail Switch to relay two states.
General| Brand | CPC |
|---|---|
| Model | 485 |
| Category | Security System |
| Language | English |
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