Overview of the Hunter ICC2 Controller
The Hunter ICC2 is a modular‚ residential‚ and commercial irrigation controller designed for flexibility and reliability‚ offering advanced features like Solar Sync compatibility and manual single-station operation.
1.1 Key Features and Benefits
The Hunter ICC2 offers a modular design‚ expandable up to 54 stations‚ making it ideal for both residential and commercial use. Key features include Solar Sync compatibility for automatic weather-based adjustments‚ manual single-station operation‚ and advanced flow rate monitoring to optimize water savings. Its non-volatile memory retains settings during power outages‚ and the intuitive interface simplifies programming. These features ensure efficient‚ reliable‚ and customizable irrigation control.
1.2 Target Applications (Residential and Commercial)
The Hunter ICC2 is designed for both residential and commercial irrigation systems‚ offering scalability to suit various property sizes. It supports up to 54 stations‚ making it ideal for large commercial landscapes and expansive residential lawns. Its modular design ensures flexibility‚ allowing it to adapt to different irrigation needs while maintaining reliable performance in diverse applications.
System Setup and Configuration
The Hunter ICC2 setup involves configuring date/time‚ start times‚ and station run times‚ enabling a customized watering schedule that aligns with specific irrigation needs and preferences.
2.1 Setting the Date and Time
To configure the Hunter ICC2‚ turn the dial to the Date/Time position. Use the + and ー buttons to set the current year‚ month‚ and date. Press B to confirm. Next‚ set the hour and minutes using the same buttons. The display will show the current date and time. This ensures the controller operates on the correct schedule. Press B again to save and exit. The system retains these settings even during power outages.
2.2 Configuring Start Times and Watering Schedules
To set up watering schedules on the Hunter ICC2‚ turn the dial to the Start Times position. Use the + and ― buttons to select the desired start time for each program. Choose specific days of the week or use the interval feature for flexible scheduling. The controller allows up to four independent programs‚ ensuring customized watering plans. Settings are saved automatically‚ even during power outages‚ for reliable operation.
2.3 Adjusting Station Run Times
Adjusting station run times on the Hunter ICC2 is straightforward. Use the control panel to select the desired station and modify its run time with the + and ― buttons. Once set‚ the controller saves the duration automatically. The system’s non-volatile memory ensures these settings remain even during power outages‚ providing consistent and reliable operation for each irrigation cycle.
Advanced Features of the Hunter ICC2
The Hunter ICC2 offers advanced features like Solar Sync sensor compatibility‚ manual single-station operation‚ and flow rate monitoring for optimal water savings and system efficiency.
3.1 Solar Sync Sensor Compatibility
The Hunter ICC2 is compatible with the Solar Sync sensor‚ which automatically adjusts watering schedules based on local climate conditions. This optional sensor integrates seamlessly with the controller‚ offering wired or wireless installation options. It ensures water conservation by adapting irrigation schedules to weather changes‚ optimizing water usage. The Solar Sync feature enhances efficiency and reduces waste‚ making it a valuable addition to the ICC2 system.
3.2 Manual Single-Station Operation
The Hunter ICC2 allows manual operation of individual stations‚ enabling one-time watering without affecting the programmed schedule. This feature bypasses sensor inputs‚ providing direct control for maintenance or quick adjustments. It is activated through the controller’s interface‚ offering flexibility for specific watering needs while maintaining overall system automation. This ensures precise control and adaptability in irrigation management.
3.4 Flow Rate Monitoring and Water Savings
The Hunter ICC2 features advanced flow rate monitoring‚ enabling precise tracking of water usage and detection of irregularities like leaks or excessive flow. This capability promotes water conservation by optimizing irrigation schedules and ensuring efficient resource use. The system integrates seamlessly with the Solar Sync sensor‚ adjusting watering based on environmental conditions to further enhance water savings and sustainability in both residential and commercial applications. This feature is user-friendly and highly effective in reducing water waste.
Product Specifications
The Hunter ICC2 includes models like the I2C-800-PL‚ I2C-800-M‚ and I2C-800-SS‚ offering expandable station counts and various cabinet options. It operates on 12/24V DC power‚ with dimensions and designs tailored for flexibility and durability in residential and commercial settings.
4.1 Controller Models and Expandability
The Hunter ICC2 is available in multiple models‚ including the I2C-800-PL‚ I2C-800-M‚ I2C-800-SS‚ and I2C-800-PP‚ offering base station counts of 8 stations. The plastic cabinet models expand up to 38 stations‚ while metal and stainless steel models support up to 54 stations. Expandability is achieved through modules like the ICM-2200‚ which adds 22 stations‚ and the ICM-400‚ enabling flexible system growth. This modularity ensures the controller can adapt to varying project sizes and requirements.
4.2 Power Requirements (12/24V DC)
The Hunter ICC2 controller operates on 12/24V DC power‚ ensuring reliable performance across various installations. It features a non-volatile memory that retains programming even during power outages‚ eliminating the need for a backup battery. An optional 9-volt battery can be used for programming when the controller is removed from its cabinet‚ though it does not support automatic scheduling or station activation. This dual-power capability enhances flexibility and system dependability.
4.3 Physical Dimensions and Cabinet Options
The Hunter ICC2 controller measures 11.5 inches in width and 5 inches in depth‚ offering a compact design for versatile installation. It is available in multiple cabinet options‚ including plastic‚ metal‚ and stainless steel‚ to suit different environmental conditions. The controller also comes in a plastic pedestal model for added flexibility. These options ensure durability and adaptability‚ making it suitable for both residential and commercial settings while maintaining a sleek‚ professional appearance.
Installation and Wiring
The Hunter ICC2 controller is installed by mounting it securely on a wall or pedestal‚ ensuring proper alignment and access. The wiring compartment simplifies connections for power‚ sensors‚ and stations‚ while the SmartPort enables remote compatibility. Detailed steps guide drill holes‚ securing screws‚ and organizing wires for a neat‚ professional setup.
5.1 Mounting the Controller
The Hunter ICC2 controller is mounted using a wall or pedestal installation method. For wall mounting‚ drill pilot holes using the provided template‚ secure with screws‚ and ensure the controller is level. Plastic and metal cabinets require slightly different handling‚ while pedestal mounting involves preparing a concrete base for stability. Ensure proper alignment and access to the wiring compartment for seamless connections. Follow the manufacturer’s instructions for a secure and professional installation.
5.2 Connecting Sensors and Accessories
Connect sensors and accessories to the Hunter ICC2 controller by following specific terminal assignments. The Solar Sync sensor links directly to the controller‚ enabling weather-based adjustments. Clik sensors and remotes‚ like ROAM and ROAM-XL‚ use the SmartPort connector for easy setup. The P/MV terminal connects optional master valves or pumps‚ while sensor inputs monitor environmental conditions. Ensure proper wiring and secure connections to maintain system functionality and reliability. Always refer to the manual for terminal locations and compatibility.
5.3 Power and Station Wiring
Connect the Hunter ICC2 controller to a 120/230 VAC power supply using wire nuts or terminal blocks. Station wires are connected to the module terminals‚ with each station corresponding to its output slot. The transformer provides 24 VAC for the controller and sensors. Ensure proper grounding by connecting the green wire to the grounding terminal. Install station modules by locking them into place‚ and verify all connections are secure before powering on. Always turn off power before wiring to avoid electrical hazards.
Programming the Controller
Program the Hunter ICC2 by setting watering days‚ start times‚ and run times using the control dial. Adjust seasonal settings to modify run times based on weather conditions.
6.1 Setting Watering Days and Schedules
Set watering days by selecting specific days of the week or choosing odd/even options. Use the control dial to navigate and buttons to adjust. Define start times for each program‚ and assign station run times. The Hunter ICC2 allows multiple start times per program‚ ensuring flexible scheduling. Confirm settings to activate your customized irrigation plan‚ optimizing water usage for your lawn or commercial space.
6.2 Using Seasonal Adjustment
The Hunter ICC2 allows you to adjust watering schedules seasonally using a percentage-based system. Set adjustments from 5% to 300% of the original run times. This feature helps optimize water usage based on weather conditions without altering the base program. Use the control dial to select the Seasonal Adjust option and modify percentages with the + or ー buttons. This ensures efficient watering year-round‚ adapting to changing seasonal needs.
6.3 Activating the Pump/Master Valve
To activate the Pump/Master Valve on the Hunter ICC2‚ ensure the P/MV module is installed. Connect the Pump Start Relay’s yellow wires to the COM and P/MV terminals. With the dial in the Run position‚ the Pump/Master Valve activates automatically during scheduled programs. For manual activation‚ use the remote or control panel. This feature ensures efficient water distribution in irrigation systems‚ adapting to specific landscape needs.
Maintenance and Troubleshooting
Regular maintenance ensures optimal performance. Check sensors and wiring for issues. Common problems include incorrect schedules or sensor interference. Troubleshooting guides help resolve these issues quickly.
7.1 Routine Maintenance Tips
Regularly inspect and clean the controller‚ ensuring all connections are secure. Check sensors like Solar Sync for proper alignment and function. Verify wiring integrity‚ especially station and power connections. Replace worn-out or damaged components promptly. Update settings seasonally to maintain efficient watering schedules. Ensure the cabinet is tightly closed to protect against environmental elements. Perform these checks periodically to prevent system downtime and ensure optimal performance.
7.2 Common Issues and Solutions
Common issues with the Hunter ICC2 include sensor malfunctions‚ incorrect wiring‚ or display malfunctions. For sensor issues‚ ensure proper alignment and connection. If wiring problems occur‚ inspect connections and replace damaged wires. For display issues‚ restart the controller or check power supply. If stations fail to activate‚ verify run times and start times are set correctly. Regularly cleaning the controller and updating settings can prevent many issues and ensure smooth operation.
