Meters, Test Kits, Inspection Supplies & Tools!
Reference only — this item is no longer available.
This product has been discontinued and cannot be ordered. We keep the page online so the specifications and documentation stay available to anyone still running the equipment. Current replacements are listed further down.
Discontinued
Lutron 3 Phase Rotation Tester (RT-626B)
Reference only — not for sale
| Model | RT-626B |
|---|---|
| Manufacturer | Lutron Instruments |
| Category | Power Testers |
| Status | Discontinued |
Product details (archived)
The information below is retained for reference only. This item is discontinued and cannot be ordered.
Lutron 3 Phase Rotation Tester (RT-626B)
NON-CONTACT, LCD display.
Features:
- Signal input voltage : 100V AC up to 660V AC max.
- Electronic ( not mechanical).
- Custom one-chip of microprocessor LSI circuit. DC 9V battery. 006P, MN1604 ( PP3 ) or equivalent.
- Operational manual.................1 PC
- Meter with 3 PCs 120 cm length Line with test clip.........3 PC
- Appearance and specifications listed in this brochure are subject to change without notice.
Available replacements in Power Testers
AC Non Contact Voltage Sensor Detector (AC3000) 50 to 1000vAC
$22.95 now $18.90
Pulse Load Multiple Battery Tester (PC01) SDI Power Checker
$279.99 now $237.60
Multi-Meter: Analog (UTL2) with leads & battery, AS-IS
$12.69 now $4.50
Looking for something specific?
Categories
AgriculturalAir QualityAnemometersCalibration DevicesCarbon MonoxideElectrical ComponentsEMF Gauss MetersHeat Index MonitorsHygiene / SwabsHygrometers RHInspection SuppliesLeak DetectorsLight / UV MetersManometersMeasuring DevicesMeter AccessoriesMoisture MetersMultimeters / LCRPower AdaptersPower TestersProbes & LeadsRadon / VOC FansRadon TestingRadon Water SystemsRefractometersSafety / SecuritySmoke EmittersSound MetersSpecialty MetersTachometersThermometersTool Bags & CasesTools & HardwareTorque MetersVapor BarrierVibration MetersWater TestingOutletPromotional Items
0 items
Manufacturers
Limited QtyOnly 2 remain
