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ID558 - 4-Port Wireless Digital Refrigerant Manifold

ID558 - 4-Port Wireless Digital Refrigerant Manifold

by TG Store
SKU: ID558
$1,427.46 - $1,427.46
$1,427.46
$1,427.46 - $1,427.46
$1,427.46

Description

  • Features an integrated vacuum gauge
  • 3/8" (0.95 cm) Vacuum port and block for fast evacuations
  • Designed with low profile, lay-flat hose ports for added durability
  • Customizable auto power off, backlight duration
  • Customizable high and low vacuum alarms
  • Includes hermetically sealed sight glass to see refrigerant flow and condition
  • View wireless probe and scale readings
  • Logs up to 168 hours of data
  • Loaded with over 70 refrigerants, including A2Ls
  • Measurements can be viewed on a mobile device up to 1000' (305 m) away
  • Runs a temperature-compensated nitrogen pressure test, with a timer
  • Protected thermocouple jacks for pipe and outdoor temps
  • Water-resistant (IP55)
  • Serves as a central data hub for Job Link® wireless tools and connects to the Job Link® System App
  • Monitor and record refrigerant weight
  • Includes: SM482V 4-Port Manifold; (2) TC24 Wired Type-K Pipe Clamp Thermocouple; ATA1 Type-K Bead Thermocouple with Clip; ANC82 Easy-Open, Padded Case; (6) AA Alkaline Batteries; Operator's Manual
  • Manufacturer's Warranty: 1-Year
  • Port Type: (1) 3/8" (0.95 cm) & (3) 1/4" (0.64 cm) Standard SAE Male Flare Fittings
  • Pressure Range & Units: 870 Psig (English), 60.00 Bar (Metric), 6.000 MPa (Metric), and 6000 kPa (Metric)
  • Negative Pressure Range & Units: 29 inHg (English), 74 cmHg (Metric), 0.98 Bar (Metric)
  • Resolution: 0.1 Psig, 0.01 Bar, 0.001 Mpa, 1 kPa, 0.1 inHg, 1 cmHg
  • Negative Pressure Accuracy: 29 inHg to 0 inHg: ±0.2 inHg, 74 cmHg to 0 cmHg: ±1 cmHg, 0.98 Bar to 0 Bar: ±0.01 Bar
  • Pressure Accuracy: 0 Psig to 200 Psig: ±1 Psig, 200 Psig to 870 Psig: ±(0.3% of reading + 1 Psig), 0 Bar to 13.78 Bar ±0.07 Bar, 13.78 Bar to 60.00 Bar: ±(0.3% of reading + 0.07 Bar), 0 MPa to 1.378 MPa: ±0.007 MPa, 1.378 MPa to 6.000 MPa: ±(0.3% of reading + 0.007 MPa), 0 kPa to 1378 kPa: ±7 kPa, 1378 kPa to 6000 kPa: ±(0.3% of reading + 7 kPa)
  • Max. Overload Pressure: 870 Psig (5998 kPa)
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