Clipper Creek HCS-D Electric Vehicle Charging Station User Manual

Content

ClipperCreek HCS-D Electric Vehicle Charging Station Manual

Introduction

The ClipperCreek HCS-D Electric Vehicle Charging Station is a dual-port Level 2 electric vehicle supply equipment system designed to charge two plug-in electric vehicles from one installation. It is intended for homes, workplaces, fleet facilities, apartments, and other locations where shared EV charging is useful.

Using a 208–240-volt, single-phase electrical supply, the HCS-D can provide up to 32 amps continuously when configured for its maximum combined output. Its two SAE J1772 connectors support many battery-electric and plug-in hybrid vehicles equipped with the J1772 charging inlet. Charging power is managed between the two ports, allowing two vehicles to charge at the same time while helping the installation remain within its electrical capacity.

The enclosure is rated for indoor and outdoor use and uses a watertight NEMA 4 design. Its durable construction, wall- or pedestal-mounting options, long charging cables, and straightforward operation make it suitable for users who want dependable charging without a smartphone application or complicated account setup.

This manual explains HCS-D specifications, installation preparation, operating considerations, troubleshooting, and safety practices. Because electrical configurations can vary, a qualified electrician should verify the service, branch circuit, overcurrent protection, grounding, and local code requirements before installation.

ClipperCreek HCS-D Specifications and Features

Product type: Dual-port Level 2 AC EV charging station.
Input voltage: 208–240 VAC line-to-line, single phase.
Input frequency: 50/60 Hz.
Recommended circuit: Dedicated two-pole 40-amp circuit for the 32-amp continuous-output configuration.
Maximum combined output: Up to 32 amps continuous, approximately 7.68 kW at 240 volts.
Dual-vehicle operation: Two vehicles can connect simultaneously, with charging current shared between the ports.
Vehicle connectors: Two SAE J1772 charging connectors.
Cable options: Models may use 18-foot or 25-foot charging cables; confirm the cable length on the product label.
Enclosure: NEMA Type 4 watertight housing for indoor or outdoor installation.
Operating temperature: Approximately -22°F to 122°F (-30°C to 50°C), depending on the exact model configuration.
Mounting: Wall or compatible pedestal mounting.
Approximate enclosure dimensions: 19.7 inches high, 8.9 inches wide, and 5.3 inches deep.
Connectivity: Charging is controlled locally through the EVSE and vehicle; Wi-Fi or Bluetooth pairing is not required.

How to Install and Set Up the ClipperCreek HCS-D

Confirm the electrical plan. Verify that the supply voltage, available load, grounding, breaker rating, conductor size, and local code requirements match the exact HCS-D configuration.
Select the mounting location. Choose a rigid wall or approved pedestal location near the parking spaces. Keep the enclosure accessible and position both cables so they cannot become a trip or vehicle hazard.
Install the circuit. A qualified electrician should install the dedicated two-pole circuit and any required conduit, disconnecting means, and weatherproof fittings.
Mount the EVSE. Secure the station using suitable hardware for the mounting surface. Do not rely on drywall alone or place stress on the charging cables.
Connect power safely. For hardwired models, turn off the upstream breaker before connecting or disconnecting service conductors. Follow the exact installation instructions supplied with the unit.
Restore power and inspect. Check that the enclosure, conduit, connectors, and cable hangers are secure. Energize the circuit and observe the station indicators.
Begin charging. Insert a J1772 connector fully into the vehicle inlet. The vehicle normally controls charging authorization and the final charging schedule.

The HCS-D generally does not require app pairing or wireless configuration. If charging does not begin, confirm that the connector is fully seated, the vehicle is unlocked or authorized to charge, and any scheduled-charging setting is disabled. Never operate the station if the enclosure, cable, connector, or ground path appears damaged.

ClipperCreek HCS-D Troubleshooting Guide

No indicator or no response: Check the dedicated breaker and verify that the upstream disconnect is on. If the breaker trips again, leave it off and contact a qualified electrician.
Vehicle does not start charging: Reseat the J1772 connector until it locks. Confirm that the vehicle is in Park, charging is enabled, and a delayed-charging schedule is not active.
Only one vehicle charges: Check both connectors and vehicle charge settings. Available current may be shared between ports, and some vehicles may temporarily pause while the station manages the load.
Charging stops unexpectedly: Inspect the connector for moisture, dirt, heat damage, or loose fit. Allow an overheated connector or cable to cool before testing again.
Breaker trips repeatedly: Stop using the station and have an electrician inspect circuit capacity, connections, voltage, grounding, and other loads on the circuit.
Grounding or service fault: Do not bypass protective devices. The EVSE may prevent the contactor from closing when a valid equipment-ground connection is not detected.
Indicator pattern is unclear: Record the visible light behavior, vehicle make and model, installation type, and serial number before contacting support. Exact indicator meanings can vary by revision.

Keep the enclosure and connectors clean, protect cables from vehicle tires, and periodically inspect mounting hardware. For service, have the model and serial number available. ClipperCreek service materials list support at (877) 694-4194, generally Monday through Friday from 8:00 a.m. to 5:00 p.m. Pacific Time. Confirm current warranty terms and support coverage with the current manufacturer documentation because warranty policies can vary by product version and purchase date.

Pros and Cons of the ClipperCreek HCS-D

Advantages

Two charging ports: Supports shared charging for two vehicles without installing two separate wall units.
Strong Level 2 performance: Up to 32 amps continuous output can provide substantially faster charging than a standard household outlet.
Outdoor-ready construction: The NEMA 4 enclosure is designed for weather-resistant indoor or outdoor installation.
Simple operation: No app, account, wireless network, or subscription is required for basic charging.
Flexible mounting: Wall and pedestal installations can suit residential, workplace, fleet, and shared-parking layouts.
Long cable options: Available cable lengths can make it easier to reach vehicle charge ports from a practical mounting position.

Limitations

Electrical installation required: A dedicated high-voltage circuit and qualified installation may be necessary.
Shared output: Two connected vehicles may not receive the full maximum current at the same time.
No advanced connected features: Users who need Wi-Fi monitoring, remote scheduling, energy reports, or access control may prefer a smart commercial EV charger.
J1772 compatibility: Vehicles using another inlet standard require an appropriate, approved charging solution.
Best suited for: Owners, workplaces, and small fleets that prioritize rugged dual-port charging and simple local operation over app-based controls.
Consider another category if: Dynamic load management, payment processing, network management, or detailed usage reporting is essential.

Safety and Maintenance Reminders

Use the ClipperCreek HCS-D only with a properly grounded electrical supply.
Turn off the circuit breaker before electrical work or hardwired service.
Do not use a damaged connector, cable, enclosure, or mounting assembly.
Keep charging connectors dry, clean, and protected when they are not in use.
Do not use extension cords, adapters, or improvised wiring unless specifically approved for the exact installation.
Follow the vehicle manufacturer’s charging instructions in addition to this product guide.

PDF

Faqs

How do I set up the clipper creek HCS-D Electric Vehicle Charging Station for the first time?

Have a qualified electrician install the HCS-D on the correct dedicated 208–240-volt circuit for your exact model. Mount the enclosure securely on a suitable wall or approved pedestal, leaving enough clearance for the input wiring and charging cables. For hardwired versions, connect the line conductors and safety ground according to the installation manual. Plug-in versions require the matching receptacle. After installation, verify that the power indicator is illuminated before connecting an EV.

Can the clipper creek HCS-D Electric Vehicle Charging Station charge two electric vehicles at once?

Yes, the HCS-D is designed as a dual-port Level 2 EV charging station, allowing two compatible vehicles to connect simultaneously. Available charging current may be divided between the two vehicles rather than delivered at the maximum single-vehicle rate. The vehicle, battery state, and exact HCS-D model affect charging speed. If only one vehicle is connected, it may receive the station’s higher available output, while two vehicles typically share the supply.

Which electric vehicles are compatible with the clipper creek HCS-D Electric Vehicle Charging Station?

The HCS-D is intended for electric vehicles and plug-in hybrids equipped with an SAE J1772 AC charging port. Many vehicles with other inlet designs can use the station through an appropriate manufacturer-approved adapter, but the adapter must support Level 2 AC charging and fit securely. Check the vehicle owner’s manual before use. Do not attempt to modify the J1772 connector, charging cable, or vehicle inlet.

What should I do if the clipper creek HCS-D Electric Vehicle Charging Station shows a fault light?

Stop charging and disconnect the vehicle by releasing the connector through the vehicle’s normal controls. Inspect the J1772 plug, cable, and vehicle inlet for moisture, dirt, bent contacts, or visible damage. Confirm that the circuit breaker has not tripped, then wait briefly and reconnect once. If the fault indicator returns, leave the station disconnected and contact a qualified electrician or product support. Never open the enclosure or bypass safety protection.

Why is the clipper creek HCS-D Electric Vehicle Charging Station charging more slowly than expected?

Charging speed can be limited by the vehicle’s onboard charger, battery temperature, state of charge, charging schedule, or the station’s shared output when two vehicles are connected. Confirm that the vehicle is set to accept AC charging and that no utility or energy-management limit is active. Check the connector for a complete latch and inspect the circuit breaker. Compare the vehicle’s displayed charging current with its owner’s manual rather than relying only on estimated miles added.

What electrical requirements does the clipper creek HCS-D Electric Vehicle Charging Station need?

The HCS-D uses a 208–240-volt AC supply and must be connected to an appropriately sized dedicated circuit based on the exact model and installation configuration. Some versions are hardwired, while others use a prewired plug and matching receptacle. Circuit sizing, overcurrent protection, conductor selection, grounding, and local code requirements must be verified by a licensed electrician. Do not share the circuit with another large appliance or use an extension cord.

How should I store and handle the clipper creek HCS-D charging cables?

Return each J1772 connector to its holster whenever charging is complete. Support the cable so it does not rest on a driveway, become a trip hazard, or hang from the connector. Avoid tight bends, crushing, vehicle tires, standing water, and contact with sharp edges. Do not drag the plug across the ground. Before every use, check the cable and connector for cuts, exposed wiring, heat damage, or cracked housing; discontinue use if damage appears.

How do I maintain the clipper creek HCS-D Electric Vehicle Charging Station outdoors?

The HCS-D is designed for indoor or outdoor installation, but routine inspection helps preserve reliable operation. Keep the enclosure, connector holsters, and cable ends free of mud, leaves, ice, and accumulated debris. Clean surfaces with a soft, slightly damp cloth; do not spray water into connectors or use solvents. Inspect mounting hardware, conduit, plugs, and cables periodically. Have an electrician investigate looseness, unusual heat, discoloration, repeated faults, or signs of water intrusion.