1.1. TZ-6100BTechnical Parameter

1.2. TZ-6100BDetailed technical parameters

1.2.1.Machine features

1) system function

l Constant current experiment, pulse experiment, ON/OFF experiment, countdown experiment, step current output, single channel output, accuracy online calibration, memory and memory loading function, system status viewing, etc

2) multichannel

l A conventional power supply provides 30 sets of (30 * 20) workstations, and can simultaneously age 600 workstations for sample testing (conventional)

3) high-precision

l Current collection: 0-1000 μ A

l Voltage output: 0-60V (customizable) Accuracy: ± 0.2% ± 0.1V

l Interval time: 100ms~999999s Adjustment accuracy: 0.1s

l Pulse: frequency 3-30KHz DUTY: 10% -97%

l Countdown: 9999H (regular) Adjustment accuracy: 0.1s

4) output control

l The current output is divided into 30 groups (600 channels), which are independent of each other and controlled separately for each group, with an adjustment accuracy of 0.01V

l Single channel countdown can be set,Real time display of remaining countdown time

5) human-computer interaction

l The system adopts an eight inch high-definition touch color display screen, which displays the Vf and If electrical parameters of all workstations. All experimental parameters related to the system status can be directly configured on the touch screen

l The backend software is synchronized with the touch screen and can remotely control the power configuration experimental parameters (multiple units can be cascaded)

l Independent dial control and channel indicator light, directly controllable channel switch

l Touch screen, independent dial keys, synchronized backend software

6) intelligent control

l Automatically save historical experimental parameters, automatically refresh historical experimental parameters

l No data loss in case of power failure

l Manually adjustable output accuracy (consult our engineers)

l Automatic saving of experimental data to a file

l Automatic control of temperature controlled fan, over temperature protection, short circuit protection

l Alarm parameters can be customized according to needs

7) communication

l Rich communication interfaces, including 2 RS232 interfaces, 2 RS485 interfaces, and 2 CAN interfaces

l Adopting the open Modbus communication protocol, it can directly interface with various hosts. Convenient implementation of SCADA system for the entire laboratory

l Multiple machines can be cascaded through fieldbus to achieve high-capacity data acquisition

l Cascade node configuration is flexible, and data from each module is reported to the main station through a main communication channel

8) Hot Plug

l All boards can be hot swappable, effectively preventing crashes and restarts caused by poor contact of connectors or single board failures

1.2.2.control system

l Temperature Sensor: Distributed temperature sensor, accurately displays the current temperature of the chassis

l Display: 8-inch high-definition touch sensitive Chinese LCD screen

l The toggle switch power supply is equipped with a physical toggle switch that can directly control a single channel switch

l Backend PC software, capable of remote power operation, saving test data, and cascading multiple units

l Communication interface: RS232 connection, expandable USB storage interface and RS485 communication interface

l Test parameters are automatically saved and saved upon power failure

1.2.3.Protection system

l High temperature protection: If the internal temperature of the power supply is too high, the fan will automatically turn on to cool down

l Power protection: If the power exceeds the protection power of the power supply, it will automatically disconnect

l Short circuit protection: When a short circuit occurs in the test sample or power supply, the current channel will be automatically disconnected

l Fault alarm: When a short circuit occurs, overheating will automatically trigger an alarm