Robinair 34288NI New Economy R-134A Recover, Recycle, Recharge Machine (Refrigerant Recovery)
Category: Refrigerant Recovery
Check Current PriceChoose the Robinair 34288NI New Economy R-134A Recover, Recycle, Recharge Machine for reliable recovery. It recovers over 95 of R-134a with +/- ounce charge accuracy. This machine belongs to Refrigerant Recovery tools used in automotive service.
In-depth comparison of Robinair 34288NI and other R-134a units
For side-by-side Refrigerant Recovery performance, the Robinair 34288NI outperforms many economy R-134a units. This 34288NI recovers more than 95 of system charge with tight charging tolerance. Charge accuracy means how close dispensed refrigerant matches the specified target amount. Technicians report dependable operation and faster service bay cycles when accuracy stays within spec.
Key technical specifications for recovery and charging
- Refrigerant: R-134a
- Recovery efficiency: more than 95
- Charge accuracy: better than +/- 1/2 oz
- Standards: outperforms SAE J-2788
- Operating temperature: 10 C to 50 C (50 F to 122 F)
- Maximum pressure: 27.3 bar (396 PSI)
- Operating voltage: 115V 60 Hz
- Internal tank capacity: 10 kg (22 lb)
- Price: 3893.93 USD
How does recovery speed vary by vehicle type and load?
Light sedans recover R-134a faster than full-size SUVs. Recovery time depends on system capacity, initial pressure, and any leaks or restrictions. Compact cars typically hold 450-700 grams of R-134a while midsize cars hold 700-900 grams. Large SUVs and light trucks can hold 900-1400 grams, which increases cycle duration proportionally. The 34288NI’s high recovery efficiency reduces the need for repeat passes on large systems.
Choosing the best R-134a recovery unit for your shop size
For one- to two-bay shops, the Robinair Refrigerant Recovery Machine balances accuracy and cost. This 34288NI costs about 3893.93 USD and fits mains-powered bays without extra compressors. Fleet shops with five or more bays require higher throughput or multiple machines to avoid service bottlenecks. Match tank capacity and cycle time to the shop’s expected daily refrigerant kilograms.
What maintenance schedule minimizes downtime for shops?
Weekly filter changes reduce unexpected shutdowns. Perform visual hose checks and leak tests daily during busy service cycles. Replace drier and filter elements every 250-500 cycles and calibrate scales annually to hold +/- ounce accuracy. Purchase the protection plan within 30 days to cover parts, labor, and shipping for major repairs.
Serviceability and long-term costs of Robinair 34288NI units
The 34288NI Refrigerant Recovery Machine reduces refrigerant waste through accurate charging, lowering long-term supply costs. Expect lower annual refrigerant purchases when the unit holds better than +/- 1/2 ounce accuracy. repair logistics can raise costs because some repairs require returning the unit to a distributor. A protection plan that covers parts, labor, and shipping can cap unexpected expenses for busy shops.
How do service intervals and parts availability affect uptime?
Timely parts replacement preserves machine uptime. Keep common replacements locally to avoid multi-week downtimes for shipped parts. Common spares include driers, hoses, fuses, and pressure sensors for quick swaps. Follow-up: How often calibrate scales? Calibrate annually to maintain +/- ounce accuracy. Follow-up: Can shops repair electronics onsite? Most electronic repairs require shipping to the distributor for service.
Recommended spare parts to stock for quick repairs
- Drier/filter cartridges
- High-pressure and low-pressure hoses with fittings
- Inline fuses and electrical connectors
- Pressure sensor modules and O-rings
- Scale calibration kit and basic electronic fuses