Original price was: $247.00.$222.00Current price is: $222.00.Excluding GST 10%
Available on backorder
Fluke Networks P4480RJ9 TS52/44/42 Replacement Line Cord with Angled Bed-of-Nails/Piercing Pin Clips with RJ11 Plug, Compatible with 52 & 40 Series Test Sets.
Features
Applications
The Fluke Calibration 732C DC Voltage Reference Standard is a RoHS compliant direct voltage reference used to maintain the volt in primary and secondary standards laboratories. Individual 732C voltage standards provide 10 V, 1 V, and 0.1 V outputs and may be transported easily to remote locations while the dc reference is maintained in the laboratory. The 734C DC Voltage Reference Standard consists of four electrically and mechanically independent 732C DC Reference Standards and a rack-width enclosure. Two model families, Base and Select, differ in that the Select models are two times more stable than the Base models.
Because each 732C in the 734C DC Reference Standard is based on the same architecture pioneered in the popular 732A DC Voltage Standard—the first standards lab quality 10 V electronic reference—you can rely on it to provide the same high stability and predictable drift rate you’ve come to expect, in a smaller, more portable package identical to the 732B DC Voltage Standard. The 734C is also compatible with 732B DC standards and can support any combination of 732 B and C models. Similarly, 734A can be used with the newer 732C voltage standards, providing the ultimate flexibility and maximizing asset utilization.
To simplify support of your 734C, Fluke Calibration offers a variety of calibration services to assign values and predicted performance for each of the 10 V outputs, traceable to national standards and to the Fluke Calibration 10 V Josephson Array.
The Fluke 88V meter has measurement functions, troubleshooting features, and accuracy levels needed to solve problems on conventional and hybrid vehicles. The 88V is the most powerful automotive multimeter ever offered by Fluke. In addition to standard multimeter features such as the ability to measure voltage, current, continuity, and resistance, the 88V can perform:
Pulse width
Duty cycle
Min/Max/Average recording
Diode tests
The pulse width function provides millisecond resolution for troubleshooting fuel injectors.
Automotive measurements
The 88V meter can take care of many automotive needs, getting into more of the digital multimeters measurement capabilities – it can measure voltage up to 1000 V AC and DC, current up to 10 A, 20 A for up to 30 seconds and frequency to 200 kHz and % duty cycle. Add those features to RPM measurements with optional inductive pickup and millisecond pulse width measurements for fuel injectors to name a few. The 88V comes packed with the functions you need:
Temperature measurements with optional temperature probe
Analog bar graph to track changing or unstable signals
Min/Max/Average recording with Min/Max Alert to capture variations automatically
Peak Min/Max to record transients as fast as 250 μs
88V multimeter designed for the garage
While working in a garage, the large display digits can help you focus on the vehicle while still being able to read the numbers. Plus, the two-level bright white backlight offers the additional visibility you may need.
An optional magnetic hanger lets you hang the meter from most steel surfaces for easy set-up and viewing. The 88V is designed to be used in high energy environments like those found on hybrid vehicles.
The product is supported by a limited lifetime warranty.
Amprobe TM-SWA Cable and Software for TMD90A and TMA10A
Reduces the risk of shock and arc flash by removing unnecessary exposure to a potentially hazardous electrical environment while verifying the functionality of test tools before and after absence or presence of voltage is checked.
Features
Test Before Touch
Provides a safe method to verify that your electrical test tool is operating properly before you conduct further tests. The concept of “Test Before Touch” (TBT) or three point test method involves testing your meter against a known live source before and after the actual measurement. This sequence verifies that your test tool is operating properly during the actual measurement.
Designed for safety and compliance
Safe and easy method for verifying proper operation of your test tool before attempting to test for either an energized source or a de-energized source without the need for cumbersome PPE, or in cases where no known voltage source is available. Your environment may still require minimal PPE such as hard, safety glasses or earplugs when using a proving unit.
