Xizi Otis Elevator Xo-star 1m / s debugging information - Solutions - Huaqiang Electronic Network

Brand AVX TPSE226M035R0125 Low impedance tantalum capacitor AVX 22

Electronic scale crystal oscillator 3.2*2.5mm 3225 16M (16.000MHZ) 12PF 10PPM 20PPM 30PPM

Probe domestic switch needle KG-300K needle head diameter is 3.0mm normally open switch needle

Xizi Otis Elevator Xo-star 1m/s debugging data

A. Check the line.

The contacts of the TCI switch entering the RSEB board should be normally closed.

three

Only the photoelectric is E4 type, pay attention to the DZ power supply should be reversed.

Check the incoming line voltage. Before closing the main air, turn off the CP3-CP6 switch and measure the voltage of each side of the transformer secondary coil with a multimeter. After all the errors are completed, all the switches are closed, and the indicators of the LCBII are normal, including the safety door locks.

B. Inspection and commissioning.

If the motor has not been self-learned, the wire rope can be taken out first, and the 33 and 34 contacts of the U and the 43 and 44 contacts of the T are short-circuited to perform self-learning. After the end and the safety conditions permit, you can try to drive slowly. The engine room emergency switch is repaired and repaired. The car top maintenance is dialed normally. Press the up and down buttons, the elevator should be able to run at the speed set by the inverter. At this time, the server UIB, DIB should be capitalized, and ERO is also capitalized. After the success of the engine room, you should go to the car top, dial the repair, and then the machine room is normal, try to drive the car top. In the above process, if the PG phase is wrong, F1—05 should be changed; if the direction is wrong, U, V, W can be changed in any two phases, and F1—05 is changed at the same time.

C. Door adjustment.

After the door lock of the hall door is strictly returned, adjust the door opener to make the speed and direction normal. Pay attention to the wiring method of the switch door limit.

For non-inverter door machines, such as XRDS, DMC, etc., two switch door limit relays should be added.

D. Express train trial operation.

Check the relevant parameters of LCBII and inverter, check whether the switch of the hoistway is valid, insert the connector of the car top and the machine room, open the elevator to the floor level of the ground floor, and play normal. If dcs operation is required, the SVT can be used to perform the operation. operating. (Generally, the DCS has been canceled before leaving the factory and the LCBII parameters have been set, so no server can be debugged.)

In the machine room, use the SVT to drive the express train, and initially adjust the acceleration/deceleration time, fillet, gain, and integration time. Open the express train in the car, observe the serial signal, comfort, and leveling. Make fine adjustments to the inverter in the equipment room.

Inverter and LCBII important parameters

Name meaning setting value description

A1—02 Control Mode 3 Vector Closed Loop Control

B1—01 Reference mode selection 0 Digital controller

C1—01 Acceleration time 1.5 The greater the number, the slower the acceleration

C1---02 Deceleration time 1.5 Adjust according to crawl time and comfort

C1---07 Low Frequency Acceleration Time 2.8

C1---08 Low-frequency deceleration time 5.0 Adjust according to the comfort of the stop layer

C1---11 frequency conversion 3.5 based on crawling speed

C2---01 Acceleration starts 2.0 The bigger the curve, the slower the curve

C2---02 Accelerated end 1.5 Same as above

C2---03 Deceleration starts 1.0 Same as above

C2---04 Deceleration End 1.0 Same as above

C5---01 High-frequency gain 20 The larger the response, the faster the jitter is caused.

C5---02 High frequency integration time 0.5 The smaller the response, the faster the response

C5---03 low frequency gain 40

C5---04 Low frequency integration time 0.5

C5---07 conversion frequency 5.8

D1—02 Rated Speed ​​47

D1---03 Crawling speed 3.5 Adjusting with leveling accuracy

D1---09 Inspection speed 8

F1---01 encoder resolution 1024

F1---05 PG phase definition 0 If the PG phase sequence is variable to 1

H1---03 Terminal 5 function selection 3 multi-speed 1

H1---04 Terminal 6 function selection 4 multi-speed 2

H1---05 Terminal 7 function selection 6 Jog frequency function selection

H1---06 Terminal 8 function selection 9 BASEBLOCK function selection, can be changed to 7 when learning, and restored to 9 after learning

L3---04 stall prevention function selection 0 set to 1 will be single direction layer