UT505 series handheld true RMS insulation resistance testers combine features of a digital multimeter and insulation resistance tester. Aside from the  typical multimeter functions, these meters can also measure insulation resistance, PI, DAR, and automatically calculate resistance ratio to determine the insulation status. 

Applications:

UT505 can be used in insulation resistance testing of precision tools, including motors, cables, transformers, switches, electrical appliances, and insulated materials.

Feature:

1. Auto power off

2. LCD backlight

3. High voltage output alarm
4. 99-group data storage
5. Data hold
6. Meets IEC 61557:  61557-1:2007;  61557-2:2007;  61557-4:2007
 
Specification:
Specifications   Range UT505B
Insulation resistance (Ω)  50V 50V/100V/250V/500V/1000V 0%~20%
0.01MΩ~50MΩ ±(3%+3)
50MΩ~1GΩ ±(3%+3)
100V 1GΩ~10GΩ ±(10%+3)
0.01MΩ~100MΩ ±(3%+3)
100MΩ~1GΩ ±(3%+3)
250V 1GΩ~20GΩ ±(10%+3)
0.01MΩ~200MΩ ±(1.5%+5)
200MΩ~1GΩ ±(1.5%+5)
500V 1GΩ~50GΩ ±(10%+3)
0.01MΩ~500MΩ ±(1.5%+5)
500MΩ~1GΩ ±(1.5%+5)
1000V 1GΩ~100GΩ ±(10%+3)
0.1MΩ~2000MΩ ±(1.5%+5)
2GΩ~9.9GΩ ±(5%+3)
10GΩ~20GΩ ±(7%+3)
20GΩ~200GΩ ±(20%+3)
Load current 50V (R=50kΩ) 1mA 0%~10%
100V (R=100kΩ) 1mA 0%~10%
250V (R=250kΩ) 1mA 0%~10%
500V (R=500kΩ) 1mA 0%~10%
1000V (R=1MΩ) 1mA 0%~10%
Short circuit current <2mA
Leakage current (A) 10~2000μA ±(10%+3)
Low resistance (Ω) 0.01Ω~100Ω (about 5V/>200mA/20mA optional) ±(1.5%+3)
General resistance (Ω) 0.01kΩ~10MΩ ±(3%+3)
DC voltage (V) 0V~600V ±(2%+3)
AC voltage (V) 0V~600V ±(1.5%+5)
Frequency (Hz) 45~1kHz  ±(0.1%+3)
Capacitance (F) 100pF~500μF ±(5%+5)
Features
Display count   6000
Auto range/True RMS  
Step voltage 10% steps at 50%~120% of range
DAR 60s/15s and 60s/30s
PI/Timing measurement  
Auto discharge  
Auto fuse check  
Analog bar graph  
Continuity buzzer  
Comparison measurement  
Low battery indication  
General Characterisitics
Power 1.5V battery (LR6) x  6  (NOT INCLUDED)
Display 78mm x 59mm     
Product color Red and grey
Product net weight 630g
Product size 103mm x 225mm x 59mm  
 
Package:
Please refer to below photo.