Flexible AC current transformers BENNING CFlex 1 - BENNING CFlex 2

• measuring loop with high flexibility for narrow measuring points and large cable cross-section
• measuring ranges: 30 A / 300 A / 3000 A
• length of the measuring loop: 46 cm / loop diameter: 16 cm
• easy usable close mechanism, also with work gloves
• protection case and set of batteries (2 x 1.5 V micro / AAA / LR03) included in delivery

BENNING CFlex 1 - with analog output

• usable with usual measuring devices and scope meter via 4 mm safety connector
• safe AC current measurement: 0.3 A - 3000 A
• cable length from measuring loop to housing: approx. 1.8 m
• green LED shows standby, red LED shows discharged batteries
• measuring category: CAT III 600 V
• incl. protection case, set of batteries (2 x 1.5 V micro / AAA / LR03)

BENNING CFlex 2 - with digital display (TRUE RMS)

• large 4 digit LC display with illumination
• safe AC current measurement: 0.1 A - 3000 A (TRUE RMS)
• multifunctional and powerful due to TRUE RMS measuring method for industrial applications
• direct display of the current intensity in amperes
• safe operation with a distance of 1.8 m to the measuring point
• data hold function (HOLD), minimum / maximum value storage (MIN / MAX)
• Auto-Power-Off (deactivatable)
• indication of battery status
• highest measurement method CAT IV 600 V allows measurements directly at the source of low voltage installation

Industrial environments requires TRUE RMS measuring instruments!

Non-linear loads arising e.g. from motor drives with adjustable speed, frequency converters or mains supply units for office equipment and LED lamps generate a reactive power in the mains. As a result, multimeters and current clamps working with the so-called averaging measuring method ("RMS") will display the measured values with reduced accuracy.

In many cases and particularly in industrial environments, it is therefore absolutely necessary to use state-of-the-art "TRUE RMS" measuring instruments. The "TRUE RMS" measuring method indicates the actual effective value of an alternating current correctly – irrespective of whether the signal waveform of the current is sinusoidal or distorted.

Technical changes, model or color modifications, mistakes and delivery facilities without notice! No responsibility for literal mistakes.