To Next PageTo Next PageWhat to do if solenoid condensate valve will not close in Ingersoll-Rand Air Compressor?
If the solenoid condensate valve in your Ingersoll-Rand Air Compressor will not close: * Debris in the solenoid valve may be preventing the diaphragm from seating. Remove the solenoid valve, disassemble it, clean it, and reassemble it. * There may be a short in an electrical component. Check and replace the power cord or timer as needed.
What to do if Ingersoll-Rand R160 Air Compressor is stopped and will not restart?
If your Ingersoll-Rand Air Compressor is stopped and won't restart, it could be due to the following reasons: * The controller has tripped the compressor and hasn't been reset. See Tables 4 and 5. * The emergency stop button has been pressed but not released. Identify the reason, repair the fault, disengage the button, and reset the controller. * The emergency stop button has been pressed and released, but the controller hasn't been reset. Repair the fault and reset the controller.
Why does my Ingersoll-Rand R160 stop and not restart?
If your Ingersoll-Rand Air Compressor stops and will not restart, it could be due to: * A tripped drive controller. See Tables 4 and 5. * The controller has tripped the compressor. See Tables 4 and 5. * The maximum number of starts per hour has been exceeded.
Why is the discharge air from my Ingersoll-Rand R160 too hot?
If the discharge air from your Ingersoll-Rand Air Compressor is too hot, consider these potential causes: * High ambient temperature. Review the installation and system parameters. * Insufficient cooling air. Check the ducting and cooling air path, and verify the direction of blower rotation. * Dirty or blocked aftercooler (cooling air side). Clean or replace the aftercooler.
Why is my Ingersoll-Rand Air Compressor package producing excessive noise?
Excessive noise from your Ingersoll-Rand Air Compressor package can be due to several reasons: * Ensure all panels and doors are properly closed. * Check for air leaks from internal pipework or components; repair or replace as necessary. * Inspect the blower or blower motor bearings for wear; repair or replace if needed. * Remove any loose debris impacting the blower during rotation and repair any damage. * Check if the blowdown valve is stuck open; repair or replace it. * Verify that the pressure relief valve is seating correctly; repair or replace it if not. * Look for vibration due to motor, airend, or blower imbalance; repair or replace the affected components.
What causes remote start failure in Ingersoll-Rand Air Compressor?
If you are experiencing remote start failure with your Ingersoll-Rand Air Compressor: * The remote start button may be pressed after the compressor is already running, or the remote start button remains closed. Check the operation of the buttons or operating procedures.
Why do I need to check setpoints on Ingersoll-Rand Air Compressor?
You may need to check the setpoints on your Ingersoll-Rand Air Compressor if: * The controller software has been changed. Recalibrate all sensors and check the setpoints.
What to do if sensor failure occurs in Ingersoll-Rand Air Compressor?
If a sensor failure occurs in your Ingersoll-Rand Air Compressor: * The sensor may be missing or faulty. Install, repair, or replace the faulty sensor.
What causes excessive coolant consumption in Ingersoll-Rand Air Compressor?
Excessive coolant consumption in your Ingersoll-Rand Air Compressor can be due to: * A coolant system leak. Repair or replace the leaking components. * See also ‘discharge air is contaminated with coolant’.
Why is pressure too high in Ingersoll-Rand Air Compressor because speed is not reducing?
If the pressure produced by your Ingersoll-Rand Air Compressor is too high because the speed isn't reducing as demand decreases: * The controller settings may be incorrect. Check and modify the settings. * The pressure transducer may be faulty, incorrectly calibrated, or not receiving a pressure signal. Recalibrate or replace it.
General| Brand | Ingersoll-Rand |
|---|---|
| Model | R160 |
| Category | Air Compressor |
| Language | English |
Essential safety precautions and guidelines for product operation and maintenance.
Procedures for safe transport, receipt inspection, and handling of the compressor unit.
Recommendations for selecting an appropriate installation site for the compressor.
Guidelines for proper installation of discharge and condensate piping.
Electrical installation requirements and safety considerations for the compressor.
Instructions for installing and maintaining the cooling water piping system.
Procedures for removing air from the water cooling system to ensure proper function.
Step-by-step guide for completely draining the water cooling system.
Guidelines for maintaining optimal water quality for the cooling system.
Overview of fixed speed compressor operation, features, and control logic.
Description of how the integrated dryer functions within the compressor system.
Core operational procedures including starting, checking, and normal running of the compressor.
Procedures for safely stopping the compressor, including normal and emergency stops.
Instructions for immediate shutdown in critical situations.
Overview of the controller's display, keys, and LED indicators for operation.
Description of the function of each command key on the controller.
How to use the navigation keys to move through the controller interface.
Explanation of the different elements shown on the controller's display screen.
How to navigate between different folders using the controller display and keys.
Method for selecting and moving between pages within a selected folder.
Steps to view, select, and modify adjustable parameters on the controller.
Definitions of standard icons used for quick system status overview on the dashboard.
Configuration settings specific to fixed speed compressor operation.
Description of the main system overview screen accessible from the Home folder.
Accessing and adjusting operational parameters for the compressor.
Display of real-time analog sensor readings for compressor monitoring.
Configuration options related to compressor operation modes and settings.
Procedure for calibrating sensors to ensure accurate readings.
Log of system events, warnings, and trips for diagnostic purposes.
Record of compressor trips, including description, time, and date.
Access to filter status and maintenance configuration settings.
Settings for language, units, and other general system configurations.
Adjusting the system's current time and date settings.
Adjusting display brightness and auto-off delay for the controller backlight.
Configuration of network parameters for Ethernet communication.
Access to and adjustment of compressor-specific factory parameters.
Configuration options specific to variable speed compressor operation.
Overview of system status on the Home screen for VSD units.
Adjusting operational parameters for the compressor.
Display of analog sensor inputs and compressor status data.
Configuring advanced operational options for the compressor.
Detailed log of all system events, including warnings and trips.
Procedure for calibrating system sensors to ensure accurate data.
Detailed description of potential warning messages and their causes.
Information regarding service warnings and maintenance scheduling.
List of all possible trip conditions and their detailed descriptions.
Comprehensive record of compressor trips for diagnostic purposes.
Status of filters and configuration for maintenance intervals.
General system settings like language and units.
Configuration for temperature, pressure, and power units.
Setting and adjusting the controller's time and date.
Adjusting display brightness and auto-off delay for the controller.
Configuration of network parameters for Ethernet communication.
Status and interpretation of digital inputs to the controller.
Status and interpretation of digital outputs from the controller.
Access to and adjustment of compressor-specific factory parameters.
Display of controller software version and details.
Recording and displaying the highest recorded values for key parameters.
Troubleshooting tools and diagnostic tests for the Variable Speed Drive.
Service parameters for setting up the compressor's VSD for optimal operation.
Overview of the controller's display, keys, and LED indicators.
Functionality of the controller's command keys for operation.
How to use the navigation keys to move through menus and select options.
Explanation of the components and information displayed on the controller screen.
Navigating between different folders using the controller's interface.
Selecting and moving between pages within a folder.
Steps to view, select, and modify parameters in the controller menus.
Definitions of icons used on the dashboard for system status.
Understanding the various status messages displayed on the dashboard.
Overview of system status on the Home screen for fixed speed units.
Display of real-time analog sensor data and compressor status.
Information on operating hours, starts, and date/time.
Accessing and adjusting operational settings for the compressor.
Adjusting setpoints like pressure, lead/lag, and mode of operation.
Configuring advanced options like auto-restart, PORO, and scheduled operations.
Procedure for calibrating system sensors to ensure accurate readings.
Log of system events, including warnings and trips.
Detailed description of potential warning messages and their causes.
Information regarding service warnings and maintenance scheduling.
List of all possible trip conditions and their detailed descriptions.
Comprehensive record of compressor trips for diagnostic purposes.
Status of filters and configuration for maintenance intervals.
General system settings like language and units.
Setting and adjusting the controller's time and date.
Adjusting display brightness and auto-off delay for the controller.
Configuring RS-485 network addresses for controller communication.
Setup for coordinating multiple compressors to maintain system pressure.
Read-only display of system status information.
Display of real-time analog sensor readings.
Information on compressor running hours, power, and speed.
Status and interpretation of digital inputs to the controller.
Status and interpretation of digital outputs from the controller.
Access to and adjustment of compressor-specific factory parameters.
Recording and displaying the highest recorded values for key parameters.
Troubleshooting tools and diagnostic tests for the Variable Speed Drive.
Service parameters for setting up the compressor's VSD for optimal operation.
Display of controller software version and details.
Assigning unique Modbus addresses to each compressor in the network.
Guidelines for proper cable routing and installation to avoid interference.
Recommended configuration settings for the Modbus master to communicate with the controller.
Steps to enable communication between the Xe-70M and an X-Series system controller.
Setting the RS-485 address for each compressor within an X-Series network.
Details of the manufacturer's warranty terms and conditions for the equipment.
