CARRIER YKT-48-6-206 OUTDOOR FAN MOTOR 48W (1PH) (P/N:11002012031559) - (38KHA018FS)   read more

ISO-DRY FILTER DRIER Flare Type ISO-DRY 052 1/4'' FILTER DRIER (FLARE)   read more

CARRIER RPG45C INDOOR FAN MOTOR 45W (1PH) (P/N:11002012030931) - (42KHA018FS)   read more

AUTOMA GINICE GQ-04N-1212 ELECTRIC ACTUATOR (ON/OFF) (AC/DC 24V 50/60HZ) (0.45A) (TORQUE:4 KG.M) read more

KRUGER BARE FAN OF BDB 225CM D20 CW90 (BLOWER+CASING) - (2403548GA-01) read more

DSZH CT-100AL EXPENDER KIT (C/W WK-650 CUTTER & WK-207 DEBURRER)(O.D. 3/8,1/2,5/8,3/4,7/8,1,1-1/8,1-3/8 & 1-5/8'') = RM787.00 PER SET (27-3-2024=AAA25.031766)     read more

AAF VariCelII M/MH True High Efficiency Filter read more

TPI 9050 UltraVision Acoustic Imager = RM123,000.00 per set (29-3-2024=AAA20.0011) A Picture is Worth a Thousand Words. TPI Presents the UltraVision acoustic imager. Visually identify issues before they become costly. The 9050 uses microphone array beam forming technology to acquire sound source distribution data, and collect video images in real time with a high-definition camera. By integrating the sound source distribution data with the video image, the changing sound source is dynamically presented on the display screen. Quickly and Visually Identify: Bad Rolling Element Bearings and Lubrication Problems. Electrical Panel and wiring connection issues.  Air, Steam, Vacuum, and Gas Leaks with an immediate estimate of the annual cost of the leak. As easy to use as taking a picture Problem Areas – Visually Identified as One Views the Screen Minimal Training The Most Cost Effective Solution that Quickly and Accurately Identifies the Problem Source and Location The TPI 9050 UltraVision Industrial Acoustic Imager supports audible and ultrasonic frequencies. The 9050 uses microphone array beam forming technology to acquire sound source distribution data, and collect video images in real time with a high-definition camera. By integrating the sound source distribution data with the video image, the changing sound source is dynamically presented on the display screen. The UltraVision Industrial Acoustic Imager helps you quickly detect potential pressurized gas leaks and vacuum leaks in noisy industrial environments. Used in power systems, it can help you quickly identify potential partial discharge fault points. The 9050 acoustical imager is made of an aluminum alloy shell, which is strong and durable and can adapt to the complex and changeable working environment. The UltraVision is simple and convenient to operate and can be used to quickly find faults. Only two parameters need adjustment, the test frequency range and test dynamic range, to meet the vast majority of test requirements. The 9050 supports camera mode, video mode, and data recording to provide job site is flexibility. The large capacity TF data memory card can be expanded, and test results can be exported and reported quickly. Applications Petrochemical – Leak detection of process gases Natural Gas – Detect natural gas and nitrogen leaks Metallurgical Industry – Locate air, nitrogen, oxygen, and carbon dioxide leaks Power Generation – Find steam, hydrogen, and ammonia leaks Partial Discharge Detection – Test live circuits for partial discharge Automotive – Detect sounds generated irregular vibration Electrical – Detect abnormal circuit noise and vibration from components like capacitors, inductors, and transformers.   read more

SANHUA OIL SEPARATOR YFQ-F SERIES Type SANHUA OIL SEPARATOR YFQ-F493 (3/8'') (SOLDER) (1.6L) (R410A) (4.15MPA/601.9PSI) (YFQ-F00101-001)   read more

DANFOSS KVL CRANKCASE PRESSURE REGULATOR KVL crankcase pressure regulator are used to protect the compressor motor against overload experienced during startup after long o periods or just after defrost periods. They are installed in the suction line of refrigeration systems. Type DANFOSS KVL 12 - 1/2''X12'' SAE (FLARE) (3-87 PSIG) CRANKCASE PRESSURE REGULATOR (034L0041) DANFOSS KVL 15 - 5/8'' ODF (SOLDER) CRANKCASE PRESSURE REGULATOR (034L0049) DANFOSS KVL 28 - 1 1/8'' ODFCRANKCASE PRESSURE REGULATOR (034L0046)   read more