Single Digital Manifold Gauge with LCD Display for R123 R1234yf R134A R14 R141B R142B R22 R23 Refrigerants, High Precision Pressure Leak Tester for Air Conditioning and

Item Type: Digital Manifold GaugeMaterial: PlasticApplicable Refrigerants (Mainstream): R123, R1234yf, R134A, R14, R141B, R142B, R22, R23, R290, R32, R404A, R407C, R407F, R410A, R417A, R438A, R449A, R452A, R507, R508B, R513A, R600, R454B, R454CPressure Test Units: kPa, MPa, Bar, inHg, PSI, kgf/cm²Minimum Resolution: 1 kPaPressure Test Range: 0 - 6000 kPaVacuum Test Range: -101 Kpa - 0 KpaPressure Test Accuracy: ±0.5% (FS) + 5 dgtPower Supply: 2×1.5V AA batteries (not included)Product Size: Approx. 17*8.7*5cm/6.69*3.43*1.97inPackage Size: Approx. 21*15*7cm/8.27*5.91*2.76inPackage Weight: 523g/1.15lbPackage List：1 x Air Conditioning Refrigerant Gauge1 x English Instruction Manual

• Wide Applicability: This digital manifold gauge supports a wide range of refrigerants including R123 R1234yf R134A R14 R141B R142B R22 and R23 for air conditioning and refrigeration systems. Please verify your system requirements and 1/4 inch inlet compatibility.
• Advanced Digital Precision: Equipped with a 32 bit digital processing unit and high precision data acquisition for efficient and stable performance. The built in refrigerant database provides accurate readings for testing and maintaining professional systems.
• Durable Ergonomic Construction: Built from high strength engineering plastic with non slip silicone for a solid and comfortable grip. The heavy duty valve switch and 1/4 inch inlets are designed to withstand rigorous usage and provide consistent performance.
• High Visibility LCD: A large LCD display featuring backlight support ensures clear test readings in any lighting condition. This allows users to operate the gauge effectively in dark environments during complex maintenance and filling tasks.
• Comprehensive Leak Testing: Features include vacuum and pressure leak testing with leak time recording to meet professional needs. Effortlessly check condensation and evaporation temperatures using the internal database for efficient refrigerant filling.