Hioki PW3360-20

The Hioki PW3360-20 Clamp On Power Meter is a multi-channel power measuring device utilizing clamp sensor input to accurately and safely measure power on single-phase to three-phase lines. The PW336020 compact 3-Phase 4-Wire energy logger monitors power demand and other power parameters to aid in energy audits and validate energy saving measures.

Reliable measurements start with proper wiring

Accommodates All Worksites

The PW3360-20 is compact and fits easily in tight spaces. Also easy to read in dim environments with its LCD color display.

Battery power provides about eight hours of continuous operation. In addition, a Voltage Line Power Adapter is available to power the PW3360-20 from the measurement lines. ( Battery Set PW9002 and Voltage Line Power Adapter PW9003 options are sold separately)

The operating temperature range extends from –10°C (14°F) to 50°C (122°F). Even under battery operation, measurements can be performed from 0 °C (32°F) to 40°C (104°F) (0°C (32°F) to 50°C (122 °F) when using LAN communication).

Power logger functionality for displaying measurement results as a graph so you can review them at a glance

The PW3360-20 displays recorded measured values as a graph for convenient use in power management. In addition to instantaneous measured values, you can review maximum, minimum, and average values by moving the cursor on the demand and trend graph displays.

Loaded with More Useful Functions

Note: At least one optional current sensor is necessary to measure current or power parameters.

Simultaneous Measurements

Simultaneously measures three single-phase 2-wire circuits in the same system.

Pulse Input

The pulse input function can be used to record power data and production volume counts simultaneously. The power data and pulse volume (production volume) information are useful for unit cost production management.

Pulse Output

Use the Pulse Output function to acquire temperature and pulse (electrical energy) data simultaneously with a data logger. Evaluate the relationship between air conditioner temperature control settings and power consumption.