7 CFM Vacuum Pump For AC System HVAC One Half HP Automotive Vacuum Pump 110 Volt 60 Hertz Dual Inlet Ports One Quarter Inch And One Half Inch For Home And Automotive AC Mini Split Service
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通常価格
149.00
セール価格260.00111.00の節約
SKU: VXB0BWPVFJXM
UPC: 00193019761045
UPC: 00193019761045
7 CFM Vacuum Pump for HVAC and Auto, 110V, Single Unit
✔️ 7 CFM max flow, dual 1/4 and 1/2 inch ports, 110V
✅ Dual inlet ports: 1/4" and 1/2" male for flexible connections
✅ 110V, 60Hz operation with a 1/4 HP copper motor
✅ Premium aluminum alloy housing with non-slip base for stability
✅ Oil management: 220 ml tank, level indicator window, oil drain valve, oil mist filter
✅ Integrated high-power cooling fan and enlarged mesh heat sink window
✅ Thermal protection with 1720 RPM intelligent fan for steady performance
✅ Dimensions: 260 x 240 x 110 mm (10.23 x 9.44 x 4.33 in)
✔️ 7 CFM max flow, dual 1/4 and 1/2 inch ports, 110V
This compact vacuum pump is built for HVAC service and automotive AC work, delivering solid evacuation power with dual port compatibility. It’s a dependable tool for home and shop use, ideal for mini-split servicing and general AC maintenance.
✅ 7 CFM flow rate with 5 Pa (37.5 microns) ultra-low vacuum for fast, thorough evacuation✅ Dual inlet ports: 1/4" and 1/2" male for flexible connections
✅ 110V, 60Hz operation with a 1/4 HP copper motor
✅ Premium aluminum alloy housing with non-slip base for stability
✅ Oil management: 220 ml tank, level indicator window, oil drain valve, oil mist filter
✅ Integrated high-power cooling fan and enlarged mesh heat sink window
✅ Thermal protection with 1720 RPM intelligent fan for steady performance
✅ Dimensions: 260 x 240 x 110 mm (10.23 x 9.44 x 4.33 in)
💡 What is a HVAC vacuum pump used for in home and automotive service? HVAC vacuum pumps evacuate air and moisture from lines before refrigerant charging, ensuring clean, dry systems. - Handy tool for auto AC recharge and home HVAC maintenance - Helps prevent moisture-related issues in refrigerant lines - Improves efficiency and longevity of cooling systems