MTX 3297 Ex

Atex Metrix Mtx 3297 Ex digital multimeter
  • Atex Metrix Mtx 3297 Ex digital multimeter
Multimeters
MTX3297EX

MTX 3297 Ex

ATEX Digital Multimeter

Intrinsically Safe Digital Multimeter:

  • DC, AC and AC+DC voltage;
  • DC, AD&AC + DC current;
  • Frequency Hz;
  • Resistance and Continuity Ω;
  • PT100 and PT1000 temperature.

Technical specifications

Temperature/measure field
0.001 mV to 1000.0 V DC
Precision
1 % + 10 cts
Size/weight
196 x 90 x 47.1 mm - 715g
Power supply
4 x AA/FR6 Li-FeS2 Ex-qualified batteries
Display
Double 60,000-count LCD screen with 3-level backlighting
Warranty
3 years

Description

MTX 3297Ex, the ideal digital multimeter for your electrical measurement work in explosive Ex zones.

Approved and certified for the highest risk levels. An exceptional multimeter that meets the most stringent requirements.

Unrivaled ergonomics and robust design:
- Isolated optical communication;
- Single terminal with automatic switching to measurement current when the connector is inserted into terminal A;
- Terminal block with reminder and verification of the connection on the display;
- Detection and indication of a dangerous voltage present at the instrument terminals;
- Large backlit screen with double display;
- Bargraph with central zero mode;
- Electronic function selector with backlit buttons.

Very high industrial performance

Outside explosive zones, the MTX 3297Ex is a high-performance industrial multimeter compliant with IEC 61010-2-033 for work on 1000 V CAT III / 600 V CAT IV electrical installations.

High performance for reliable and precise measurements whatever the type, shape and amplitude of the signal:
- TRMS AC+ acquisition DC;
- Resolution of 60,000 counts;
- Bandwidth 100 MHz;
- Resolution 1 μV for voltage, resolution 0.01 μA for current.

Functions to aid in analysis and troubleshooting
- Min, MAX, Peak+ and Peak- functions;
- Differential functions ΔX and relative ΔX /X;
- Low pass filter for measurements on PWM signals;
- VLowZ low impedance direct voltage in the presence of disturbance voltages.