Challenger EV1220-UC-QC Upper Components with Quick Cycle for EV1220 12,000 lb Inground Lift

The Challenger EV1220-UC-QC delivers all upper components required to complete a 2-part EV1220 12,000 lb capacity inground lift installation with Quick Cycle technology. This package includes the superstructure with true 3-stage front and rear Versymmetric arms, 8.5-inch chrome pistons, a 3 HP Quick Cycle power unit with larger displacement pump, and all hardware needed to transform a previously installed EV1220 lower cassette tub into a fully operational high-throughput service lift with a 38-second rise time.

Quick Cycle technology with 3 HP motor delivers 38-second rise time
True 3-stage front and rear Versymmetric arms with 87-inch drive-thru clearance
8.5-inch chrome pistons for smooth operation and extended service life
Upper component package for 2-part EV1220 inground lift installation

Key Features and Benefits of the Challenger EV1220-UC-QC Upper Components

Quick Cycle Technology for Faster Vehicle Throughput

The EV1220-UC-QC includes Challenger's Quick Cycle hydraulic enhancement that increases rise and descent speed by pairing a more powerful 3 HP motor with a larger displacement pump (4cc versus 2.5cc standard). This combination delivers a 38-second rise time compared to 60 seconds on the standard EV1220 configuration, making the Quick Cycle equipped lift 2x faster than traditional inground lift systems.

Standard-speed inground lifts create bottlenecks in high-volume service environments where technicians wait for vehicles to reach working height between each service cycle. The Quick Cycle enhancement directly addresses this productivity constraint by cutting rise and descent time significantly.

This enables shops to service more vehicles per bay each day, directly increasing annual service revenue and parts sales. The faster cycle time is particularly valuable in dealership service departments, fleet maintenance operations, and high-volume quick service facilities where vehicle throughput drives profitability.

True 3-Stage Versymmetric Arms for Maximum Vehicle Range

The upper components package includes true 3-stage front and rear Versymmetric arms that provide both symmetric and asymmetric lifting capability within the same service bay. These triple-telescoping arms extend from 19.625 inches minimum to 48 inches maximum reach, providing access to manufacturer-recommended lift points on vehicles ranging from compact cars to full-size trucks.

Standard 2-stage arms have a more limited reach range that can make it difficult to access lift points on certain vehicle types, particularly wider trucks and SUVs. The 3-stage design eliminates this limitation by offering more extension and more retraction than competitive arm designs for reaching a wider range of OEM pickup points.

This maximizes your shop's revenue potential by expanding the range of vehicles you can service in each bay. The Versymmetric design also gives technicians the flexibility to position vehicles symmetrically or asymmetrically depending on the service being performed, improving workflow versatility.

8.5-Inch Chrome Pistons for Hydraulic Performance

The upper components feature 8.5-inch diameter chrome-plated pistons that provide over 50% more bearing contact surface than competitive inground lifts, delivering greater stability under load and smoother lifting action throughout the full stroke range. Chrome plating on the piston surface reduces friction and resists corrosion, contributing to longer seal life and reduced hydraulic system maintenance.

Standard non-chrome pistons are susceptible to surface corrosion and scoring over time, particularly in shop environments with moisture and chemical exposure. The chrome surface on these pistons maintains a smooth finish that protects hydraulic seals and ensures consistent operation across thousands of lift cycles.

This improves long-term reliability and reduces the frequency of seal replacements. The durable chrome surface also helps maintain proper hydraulic fluid cleanliness by preventing particulate contamination from piston surface degradation.

87-Inch Drive-Thru Clearance for Wider Vehicles

The EV1220-UC-QC superstructure provides an 87-inch drive-thru clearance, which is among the widest in the inground lift industry. This generous clearance accommodates wider vehicles including full-size trucks, SUVs, and crossovers without risk of tire pinching or contact with the bolster assemblies during vehicle positioning.

Narrower drive-thru clearances on competing inground lifts can damage tires and wheel assemblies during vehicle spotting, create alignment challenges with wider vehicles, and limit the range of vehicles that can safely use the lift. The 87-inch clearance eliminates these concerns for the vast majority of passenger vehicles and light trucks.

This provides easy, confident drive-on access for technicians and reduces the time required to accurately position vehicles over the lift points. The wide clearance also minimizes the risk of cosmetic damage to customer vehicles during the spotting process.

2-Part Installation System for Phased Projects

The EV1220-UC-QC is designed as the upper component package for a 2-part installation of the EV1220 Quick Cycle inground lift system. This approach separates the lower cassette tub (sold separately) from the upper components, allowing facilities to install the lower tub during new construction or concrete work and add the upper components at a later date when the bay is ready for commissioning.

Single-shipment complete lift systems require coordinating the delivery and installation of all components simultaneously, which can create scheduling conflicts with concrete contractors, electricians, and lift installers. The 2-part approach eliminates this coordination challenge by separating the foundation phase from the mechanical installation phase.

This enables more flexible project scheduling, reduces on-site storage requirements during construction, and allows facilities to install lower tubs during concrete pours while deferring the upper component installation until the service bay buildout is complete.

Applications and Use Cases for the Challenger EV1220-UC-QC Upper Components

  • Phased New Construction: Complete your EV1220 Quick Cycle inground lift by adding upper components to a previously installed lower cassette tub during the final phase of service bay construction.
  • High-Volume Service Centers: Maximize vehicle throughput in busy service environments where the 38-second rise time and faster descent speed directly increase the number of vehicles serviced per bay each day.
  • Dealership Service Departments: Keep pace with high-volume warranty and maintenance workflows where rapid lift cycling reduces technician wait time and improves bay utilization rates.
  • Fleet Maintenance Operations: Service commercial and government fleet vehicles efficiently with the 12,000 lb capacity and Quick Cycle speed that minimizes downtime between vehicle rotations.
  • Upper Component Replacement: Replace aged superstructure components, hydraulic assemblies, or power units on existing EV1220 Quick Cycle installations with factory-specified parts that restore original performance.

Technical Specifications for the Challenger EV1220-UC-QC Upper Components

Lift System Specifications
Specification Value
Compatible Lift System Challenger EV1220
Lift Capacity 12,000 lb (3,000 lb per arm)
Quick Cycle Rise Time 38 seconds
Standard Rise Time (Non-QC) 60 seconds
Motor 3 HP
Rise Height 80.75 inches
Stroke 68 inches
Overall Width 115 inches
Drive-Thru Clearance 87 inches
Arm Reach (min/max) 19.625 inches / 48 inches
Arm Configuration 3-stage front and rear Versymmetric
Piston Diameter 8.5 inches
Piston Surface Chrome plated
Lock Spacing Every 3 inches
Power Requirements 208v-230v, 60Hz, single phase
Compressed Air 90-120 psi
Lift Style Inground cassette
Certification ALI/ETL certified
Upper Components Package Contents
Component Included
3-Stage Front and Rear Versymmetric Arms Yes
Bolster Assemblies Yes
Chrome Pistons (8.5-inch) Yes
3 HP Quick Cycle Power Unit Yes
Quick Cycle Hydraulic Pump (4cc) Yes
Double-Telescoping Screw Pads Yes
Stack Adapter Extension Kit (Part 10315) Yes
Frame Engaging Truck Adapters (Part 10318) Yes
Hardware and Fasteners Yes
Lower Cassette Tub (Pre-Kit) No (sold separately)

Installation Requirements for the Challenger EV1220-UC-QC Upper Components

Lower Tub Prerequisite

  • Lower Cassette Tub: The EV1220 lower cassette tub must be installed and fully cured in concrete before upper component installation begins - sold separately
  • Tub Inspection: Verify the lower tub is level, properly positioned, and undamaged before proceeding with upper component installation
  • Concrete Requirements: Concrete must meet minimum PSI requirements with proper reinforcement per Challenger specifications

Electrical and Air Requirements

  • Electrical Supply: 208v-230v, 60Hz, single phase rated for the 3 HP Quick Cycle motor - higher amperage than standard 2 HP configuration
  • Electrician Required: A licensed electrician must verify your facility's electrical service can support the 3 HP motor circuit and install wiring per all local codes
  • Compressed Air: 90-120 psi required for lock release operation with adequate pressure and volume for consistent operation

Installation Notes

  • Professional Installation: Installation by a qualified, authorized Challenger lift installer is required for inground lift systems
  • Permits: Verify local code compliance and permit requirements before installation as inground lift work may require inspections
  • Documentation: Follow the Challenger EV1220 installation manual for all connections, torque values, and adjustment procedures

Shipping and Delivery for the Challenger EV1220-UC-QC Upper Components

Freight Delivery

Shipping Method: Ships via freight carrier due to the size and weight of the superstructure components, power unit, and arm assemblies.

Liftgate Service: Typically not available - customer responsible for unloading at delivery location.

Receiving: Inspect all packages before signing bill of lading. Note any visible damage on BOL before driver departs.

Delivery Requirements

Unloading Equipment: Forklift or similar material handling equipment required for unloading freight shipment.

Delivery Location: Ensure adequate access for freight truck and unloading equipment at delivery site.

Warranty Coverage for the Challenger EV1220-UC-QC Upper Components

Challenger Lifts Warranty

Coverage: Standard Challenger Lifts warranty applies when installed and used per manufacturer specifications. Structural parts (arms, bolsters, plungers) and functional parts (power unit, cylinders, controls, hoses) are covered for their respective warranty periods. An extended warranty is available for purchase for new EV Series lifts within 30 days of invoice, extending functional parts coverage by an additional 3 years (5 years total).

Registration: Warranty registration must be completed online within 30 days of installation for validation and coverage eligibility. If not registered, the warranty period begins from the invoice date.

Conditions: Installation must be performed by an authorized Challenger installer following factory procedures. Use of unapproved parts or accessories will void the warranty.

Ready to Complete Your EV1220 Quick Cycle Installation?

Get expert guidance on upper component selection and compatibility verification. Our team can help confirm your lower tub installation status, electrical requirements, and answer technical questions about the 2-part EV1220 Quick Cycle system.

Frequently Asked Questions About the Challenger EV1220-UC-QC Upper Components

Q: What is the EV1220-UC-QC and what does it include? A: The EV1220-UC-QC is the upper component package for a 2-part installation of the Challenger EV1220 12,000 lb capacity inground lift with Quick Cycle technology. It includes the superstructure with true 3-stage front and rear Versymmetric arms, bolster assemblies, 8.5-inch chrome pistons, a 3 HP Quick Cycle power unit with larger 4cc displacement pump, double-telescoping screw pads, stack adapter extension kit, frame engaging truck adapters, and all installation hardware. The lower cassette tub is sold separately and must be installed in concrete before these upper components can be added.
What is the EV1220-UC-QC and what does it include?

The EV1220-UC-QC is the upper component package for a 2-part installation of the Challenger EV1220 12,000 lb capacity inground lift with Quick Cycle technology. It includes the superstructure with true 3-stage front and rear Versymmetric arms, bolster assemblies, 8.5-inch chrome pistons, a 3 HP Quick Cycle power unit with larger 4cc displacement pump, double-telescoping screw pads, stack adapter extension kit, frame engaging truck adapters, and all installation hardware. The lower cassette tub is sold separately and must be installed in concrete before these upper components can be added.

Q: What is the difference between the UC-QC upper components and a complete EV1220-QC lift system? A: The EV1220-UC-QC includes only the upper components for the second phase of a 2-part installation, while a complete EV1220-QC system ships with both the lower cassette tub and upper components together. The UC-QC package is designed for facilities that have already installed the lower cassette tub during an earlier construction phase or are planning a phased installation where the tub goes in during concrete work and the upper components are added later. Both configurations result in the same fully operational 12,000 lb capacity inground lift with Quick Cycle 38-second rise time when installation is complete.
What is the difference between the UC-QC upper components and a complete EV1220-QC lift system?

The EV1220-UC-QC includes only the upper components for the second phase of a 2-part installation, while a complete EV1220-QC system ships with both the lower cassette tub and upper components together. The UC-QC package is designed for facilities that have already installed the lower cassette tub during an earlier construction phase or are planning a phased installation where the tub goes in during concrete work and the upper components are added later. Both configurations result in the same fully operational 12,000 lb capacity inground lift with Quick Cycle 38-second rise time when installation is complete.

Q: What is Quick Cycle technology and how much faster is it? A: Quick Cycle is Challenger's hydraulic enhancement that pairs a 3 HP motor with a larger 4cc displacement pump compared to the standard 2 HP motor and 2.5cc pump. This combination delivers a 38-second rise time versus 60 seconds on the standard EV1220 configuration, making the Quick Cycle equipped lift 2x faster than traditional inground lift systems. The faster cycling directly increases the number of vehicles a shop can service per bay each day in high-volume environments like dealership service departments and fleet maintenance facilities, resulting in higher annual service and parts revenue.
What is Quick Cycle technology and how much faster is it?

Quick Cycle is Challenger's hydraulic enhancement that pairs a 3 HP motor with a larger 4cc displacement pump compared to the standard 2 HP motor and 2.5cc pump. This combination delivers a 38-second rise time versus 60 seconds on the standard EV1220 configuration, making the Quick Cycle equipped lift 2x faster than traditional inground lift systems. The faster cycling directly increases the number of vehicles a shop can service per bay each day in high-volume environments like dealership service departments and fleet maintenance facilities, resulting in higher annual service and parts revenue.

Q: Do I need the lower cassette tub before installing the EV1220-UC-QC? A: Yes, the EV1220 lower cassette tub must be installed and fully cured in concrete before the upper components can be added. The lower tub is the sealed recycled polymer cassette housing that sits below grade and contains the hydraulic cylinder assembly. It must be level, properly positioned per Challenger specifications, and the surrounding concrete must meet minimum PSI requirements with proper reinforcement. The lower tub is sold separately. Contact our team at 855-498-2147 to confirm lower tub availability and coordinate your 2-part installation timeline.
Do I need the lower cassette tub before installing the EV1220-UC-QC?

Yes, the EV1220 lower cassette tub must be installed and fully cured in concrete before the upper components can be added. The lower tub is the sealed recycled polymer cassette housing that sits below grade and contains the hydraulic cylinder assembly. It must be level, properly positioned per Challenger specifications, and the surrounding concrete must meet minimum PSI requirements with proper reinforcement. The lower tub is sold separately. Contact our team at 855-498-2147 to confirm lower tub availability and coordinate your 2-part installation timeline.

Q: What are the electrical requirements for the Quick Cycle power unit? A: The EV1220-UC-QC Quick Cycle power unit requires 208v-230v, 60Hz, single phase electrical supply rated for the 3 HP motor, which draws higher amperage than the standard 2 HP configuration. A licensed electrician must verify that your facility's electrical service can support the 3 HP motor circuit and install the wiring per all local electrical codes. The lift also requires compressed air at 90-120 psi for the stainless steel lock release mechanism. Shops upgrading from a standard EV1220 to Quick Cycle should confirm that their existing electrical panel and circuit capacity can handle the increased power requirements.
What are the electrical requirements for the Quick Cycle power unit?

The EV1220-UC-QC Quick Cycle power unit requires 208v-230v, 60Hz, single phase electrical supply rated for the 3 HP motor, which draws higher amperage than the standard 2 HP configuration. A licensed electrician must verify that your facility's electrical service can support the 3 HP motor circuit and install the wiring per all local electrical codes. The lift also requires compressed air at 90-120 psi for the stainless steel lock release mechanism. Shops upgrading from a standard EV1220 to Quick Cycle should confirm that their existing electrical panel and circuit capacity can handle the increased power requirements.

Q: What type of arms are included with the EV1220-UC-QC? A: The upper components include true 3-stage front and rear Versymmetric arms that provide both symmetric and asymmetric lifting capability within the same service bay. These triple-telescoping arms extend from 19.625 inches minimum to 48 inches maximum reach with a 3,000 lb capacity per arm, providing access to manufacturer-recommended lift points on vehicles from compact cars to full-size trucks. The 87-inch drive-thru clearance accommodates wider vehicles, and the included double-telescoping screw pads, stack adapter extension kit, and frame engaging truck adapters ensure compatibility with the broadest range of vehicle types.
What type of arms are included with the EV1220-UC-QC?

The upper components include true 3-stage front and rear Versymmetric arms that provide both symmetric and asymmetric lifting capability within the same service bay. These triple-telescoping arms extend from 19.625 inches minimum to 48 inches maximum reach with a 3,000 lb capacity per arm, providing access to manufacturer-recommended lift points on vehicles from compact cars to full-size trucks. The 87-inch drive-thru clearance accommodates wider vehicles, and the included double-telescoping screw pads, stack adapter extension kit, and frame engaging truck adapters ensure compatibility with the broadest range of vehicle types.

Q: What warranty coverage applies to the EV1220-UC-QC upper components? A: The standard Challenger Lifts warranty covers both structural parts (arms, bolsters, plungers) and functional parts (power unit, cylinders, controls, hoses) for their respective warranty periods when installed per manufacturer specifications. Warranty registration must be completed online within 30 days of installation, or the warranty period begins from the invoice date. An extended warranty is available for purchase within 30 days of lift invoice that extends functional parts coverage by an additional 3 years for 5 years total. Installation must be performed by an authorized Challenger installer using approved parts and accessories.
What warranty coverage applies to the EV1220-UC-QC upper components?

The standard Challenger Lifts warranty covers both structural parts (arms, bolsters, plungers) and functional parts (power unit, cylinders, controls, hoses) for their respective warranty periods when installed per manufacturer specifications. Warranty registration must be completed online within 30 days of installation, or the warranty period begins from the invoice date. An extended warranty is available for purchase within 30 days of lift invoice that extends functional parts coverage by an additional 3 years for 5 years total. Installation must be performed by an authorized Challenger installer using approved parts and accessories.

Q: How is the EV1220-UC-QC shipped? A: The EV1220-UC-QC upper components ship via freight carrier due to the size and weight of the superstructure assemblies, 3-stage Versymmetric arms, 8.5-inch chrome pistons, and 3 HP Quick Cycle power unit for this 12,000 lb capacity lift system. Liftgate service is typically not available for this shipment, so you should have a forklift or similar material handling equipment available at your location for unloading. Inspect all packages carefully before signing the bill of lading and document any visible damage on the BOL before the freight driver departs to ensure proper damage claim processing if needed.
How is the EV1220-UC-QC shipped?

The EV1220-UC-QC upper components ship via freight carrier due to the size and weight of the superstructure assemblies, 3-stage Versymmetric arms, 8.5-inch chrome pistons, and 3 HP Quick Cycle power unit for this 12,000 lb capacity lift system. Liftgate service is typically not available for this shipment, so you should have a forklift or similar material handling equipment available at your location for unloading. Inspect all packages carefully before signing the bill of lading and document any visible damage on the BOL before the freight driver departs to ensure proper damage claim processing if needed.

About the Brand

Challenger

Challenger Lifts has been building professional vehicle lifting equipment since 1987. Their lineup covers two-post lifts, four-post lifts, inground lifts, mobile columns, and more. Each product is manufactured in Louisville, Kentucky, ALI-certified, and built to hold up in a working shop. Challenger is a brand serious shops have relied on for over three decades.

View All Challenger Products

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