The DT-6650 has been designed and built to incorporate all the normal tests associated with multifunction testers, including the very latest advancements in "No Trip Technology" when carrying out Loop Testing on RCD protected circuits, producing Fast & Accurate results together with Auto Testing & Ramp Testing of RCDs. Plus Earth Resistance Ground Spike Testing (optional spike kit). This is then linked with Advanced Features that make the DT-6650 an Outstanding Multifunctional Tester, which is still Simple & Easy to Use.
Accessories
- Rechargable Batteries & mains Charger
- Rigid Hard Carrying Case with Steel locking clips
- Complete with full set of test leads, probes
- Crocodile clips
- Instruction manual
- Software
(DT-6650)
Specifications
LOOP Resistance
L- PE (Hi-Amp) | ||
Range (Ω) | Resolution(Ω) | Accuracy |
0.23 999 | 0.01 | ±(4% of reading+ 4 digits) |
L- PE (No Trip) | ||
Range (Ω) | Resolution(Ω) | Accuracy |
0.23 999 | 0.01 | ±(5% of reading+ 6 digits) |
LINE Resistance (L-N) | ||
Range (Ω) | Resolution(Ω) | Accuracy |
0.23 999 | 0.01 | ±(4% of reading+ 4 digits) |
RCD TESTING (BSEN 61557-6)
RCD Rating (L_N) | 10mA, 30mA, 100mA, 300mA, 500mA and 1A |
Test current | Accuracy |
x1/2 | ±(1% of reading+ 1 digit) |
x1 | ±(1% of reading+ 1 digit) |
x2 | ±(1% of reading+ 1 digit) |
X5 | ±(1% of reading+ 1 digit) |
Measurement Range (Voltage) / AC-DC | Resolution (V) | Accuracy |
80 500 | 1 | ±(2% of reading + 2digits) |
Measurement Range (Hz) | Resolution (Hz) | Accuracy |
45 65 | 1 | ±2Hz |
Insulation Resistance Mode
Test Voltage | Accuracy | Insulation Resistance | Resolution | Accuracy |
125V | ±0% ~ 10% | 4000MΩ | 0.001MW | ±(2.0% + 10digits) |
250V | ±0% ~ 10% | 4000MΩ | 0.001MW | ±(2.0% + 10digits) |
500V | ±0% ~ 10% | 4000MΩ | 0.001MW | ±(2.0% + 5digits) |
1000V | ±0% ~ 10% | 4000MΩ | 0.001MW | ±(2.0% + 5digits) |
SKU | DT-6650 |
Model # | DT-6650 |
Brand | CEM |
Shipping Weight | 5.0000kg |
Shipping Width | 0.400m |
Shipping Height | 0.050m |
Shipping Length | 0.370m |
3 Years Return to Base Warranty
0