manual,datasheet
TH2515 DC Resistance Meter
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Features
Maximum accuracy: 0.01%
Temperature accuracy: 0.1℃
Minimum resolution: 0.1u (resistance)
Low-resistance test mode can effectively protect DUT
Multiple measurement combinations of R, LPR, T
24 bits, 4.3-inch and 4-wire touch LCD screen
LCD resolution: 480×272
Temperature compensation(TC)
Temperature conversion(t)
Maximum sampling rate: 100samps/sec
Offset voltage compensation (OVC)
Customer self-correction(0 ADJ)
Simultaneously output compare results of 10 bins (OVER,
PASS and BEEP)
Statistics function: CpK, Cp
30 groups of parameter files can be saved and loaded
Screen information can be stored on U-disk
Data save function brings convenience for saving
measurement result
Automatically update operation software through USB HOST
Operation languages: Chinese and English
Intelligent detection for test state error
Flexible and convenient file operation system
Handler interface realizes on-line operation.
Interfaces such as RS232, USB HOST, USB Device and LAN
are available and GPIB is optional.
Compatible with LXI C standard Specifications Brief Introduction
On the basis of rich experience in impedance test and wide market research, now Tonghui launches a new touch screen meter---TH2515 DC Resistance meter. TH2515, with elegant appearance, easy operation and excellent performance, is comparable to the most advanced products in the market. TH2515 adopts 32 bits CPU and high density SMD technology.24 bits, 4.3-inch and touch LCD screen brings ease for your eyes and convenience to your operation. For the contact influence of the thermoelectricity on DUT, its elimination is achieved. The maximum 0.01% accuracy and minimum 0.1 resolution shore up its leading role in testing relay contact resistance, interconnecting resistance, conductor resistance, PCB resistance and welding-hole resistance. Temperature compensation and conversion functions make your tests be free from the effect of the environment temperature. The offset voltage compensation has effectively eliminated the electromotive force of the DUT and its contact potential difference. Automation on production <
