Service equipment battery test software battery protection


EQUIPMENT FOR FORMATION AND PRODUCTION



Download 2.86 Mb.
Page8/17
Date09.06.2018
Size2.86 Mb.
#54207
1   ...   4   5   6   7   8   9   10   11   ...   17

EQUIPMENT FOR FORMATION AND PRODUCTION



GAUS FORMATION SYSTEM GFS540A300V



GFS540A300V is unit for container formation of 12V lead-acid batteries (or others) in branches with 15 batteries connected in chain, with controlled current from thyristor-diode bridge. This powerful unit is designed for battery plants or big service stations. GFS540A300V has capacity of simultaneous formation of 810 (eight hundred) 12V batteries Cn<100Ah, or 405 batteries with 100Ah
Battery Plant in Sombor “Black Horse” has 6 of those units installed since 1989.

Description



GFS540A300V has three parts: energy cabinet, cabinet with command tables and operating platform. Three-phase power transformer (200kVA) with air cooling, main switch with current and under voltage protection, fuses and energy installation, switches for galvanic separation and selecting of modules, nine inducers and nine removable modules with thyristor-diode bridges, shunts and corresponding electronics are in energy cabinet. Those modules are identical (replaceable) and independent in separate boxes with appropriate contact parts for connection with main cabinet. Each module can regulate current between 0-60ADC with maximum output voltage of 300VDC (15 batteries in chain). Dimensions of energy cabinet are aprox. (WxHxD) 3000mm x 2500mm x 2000mm. On command tables fixed in command cabinet (each energetic module has it’s own command table) You can select active branches for charging (from 1 to 6 branches simultaneously in parallel), start/stop forming, current per module (this current is divided in command table on active branches). Command tables has analogue ampermeters with shunts for each branch, voltmeters and indication of status. Branch cables are connected in command cabinet. Dimensions of command cabinet are aprox. (WxHxD) 3000mm x 2000mm x 1000mm. Operating platform is fixed between energy and command cabinet. It provides operator to control and setting the forming. Dimensions of platform are aprox. (WxHxD) 3000mm x 300mm x 1500mm. All connections between command and energy cabinet are fixed under operating platform.

Example: If all 9 modules are active with current of 33A and for each module all 6 branches with 15 batteries.

Current/branch is 33A/6 branches = 5.5A per branch (55Ah/10=Cn/10)

Forming current is 9x33A=297A

Number of batteries is 9 modules x 6 branches/module x 15 batteries nominal capacity 55Ah/branch = 810 batteries of Cn=55Ah.

Charging current per battery = current per branch = 5.5A (If=Cn/10).




Technical Data:





Power supply:

3x380V, 50Hz, 200kVA

No. modules (command tables)

9

No. branches per command table

6

Max. No. 12V batteries per branch:

15

Capacity:

810 batteries Cn100Ah, 405 batteries 100AhCn200Ah

Regulating charging current per module:

0A- 60A

Max. current:

9x60A=540A

Active branch current:

Settable on Ig=Cn/10 (Cn is nominal capacity identical batteries in branch); Ibranch=Icommand table/No. active branches

Charge voltage range:

0-300V for each branch

Accuracy:

3 % of setting value

Power circuits:

Thyristors, diodes

Controlled characteristics:

Current

Dimensions (WxHxD):

3000mm x 2500mm x 5500mm

Control elements:

Main switch, automatic/manual switch, program selector, buttons start, stop, pause, reset, “save”, potentiometer for setting charging current for command table, selection of active branches for each command table

Termination criteria:

Three successive measuring of branch voltage in 30min. time periods

Indication:

Indication of active branches

Led diodes for “ON”, selected program*, start, stop, pause*, automatic/manual*, analogue ampermeters for each branch, voltmeters



Termination/program branch values*:

Duration of operation (charging, discharging*), current value, voltage, temperature, Ah

Programmable functions*:

Charging, discharging*, ramp, pause, cycling, branching under conditions, logical operations with conditions...

Display:

Instruments or PC*.

*discharge mode and monitoring with GBTS105 is optional
Price: 51200 US$

Delivery Time: four months

Warranty Period: 1 (one) year

FINAL PRODUCTION TEST SYSTEM




GAUS FINAL CONTROL SYSTEM GFCS1500A12V



The task of GFCS

The reliability of a starter battery is the most important quality feature. So, such batteries are subject to an electrical load test after container formation. It is also essential that during this test the energy discharged from the batteries must be minimized in order to avoid an additional charge.

The concept of the GFCS results from these initial conditions. Immediately after formation and, preferably, after cleaning the battery is discharged with a high current for a few seconds and the voltage under load is determined. The actual value is compared with the nominal one resulting in a “good-faulty” decision. A reasonable test sequence covering 6 to 8 batteries per minute requires fast and precise power and data acquisition electronics combined with mechanics of the same accuracy and reliability for transport and positioning of the batteries as well as for positioning the test heads to the terminals.

Such properties are combined in the GFCS.



Construction

The Final Control System is composed of three units:



  • Mechanical part (conveyor/reject table, positioning device, test head for different battery types, control elements for conveyor)

  • Load unit (transistorised power unit and PLC as programmable control unit)

  • Computer (AT type host computer…)



Technical data:

Discharge current 0-1500A

Voltage 6-16V

Capacity 6-8 batteries per minute

Types of batteries 36-300Ah/12V

Manual/Automatic mode yes

Programmable elements duration of test, discharge current, minimal allowed voltage, Open Circuit Voltage

Optional: measuring the temperature, automatic accommodation of test parameters according the actual temperature, automatic positioning of clamps according the type of battery, barcode reader, testing with high voltage


If you have any further questions, please do not hesitate to contact us.
Price: 69500 US$

Delivery Time: five months

Warranty Period: 1 (one) year

GAUS CONTROL SYSTEM for CURING GCSC100


Gaus Control System for Curing (GCSC100) is system developed for controlling of two independent curing chambers for battery plates. It is fully automated, programmable management system, composed of three linked sections:




  1. PC Computer with GCSC100 controlling and monitoring software

  2. Control cabinet with Omron’s industrial controllers, A/D converters, relays, switches, displays etc.

  3. External temperature (water and ear) and humidity sensors, fans, electro-magnetic vents, water level indicator etc.



GCSC100 Software



-
GCSC100
is windows based application with an intuitive three-dimensional, user-friendly interface, developed for complete real-time controlling, monitoring, data management and acquisition of curing process. It contains a several units with multi users support with different privilege access.
Figure 7. Block diagram of one chamber (insert from GCSC100 Software)
Price:

GCSC100 (control cabinet-unit and software) 9300 US$



Warranty Period: 1 (one) year



Download 2.86 Mb.

Share with your friends:
1   ...   4   5   6   7   8   9   10   11   ...   17




The database is protected by copyright ©ininet.org 2024
send message

    Main page