03 - Test-Run in Low Speed [PDF]

Zitiervorschau

IRIS1 NV

OTIS - SIGMA FIELD ENGINEERING

FIM

3

Date : 2011. 04. 10 Page : 0 - 1 / 7

Test-run in Low Speed.

3.1. MSK wiring/line connecting 1. Complete mechanical assembly of car framework and assembly of hoistway, control box etc. mechanical and electronic device. 2. Complete wiring/line connecting required for MSK test-run. To realize MSK running, Governor should be mounted correctly，and safety wedge of car frame could be executed definitely. Common action of governor switch is absolutely forbidden. Connect MSK adapter. Connecting point Adapter 1

Home position Field panel[MSK]

Destination Move one side of cable control box

[DEA3017755]

Adapter 2

Move one side of cable car

Car top adapter

[DEA3017756]

① Utilizing STEP control box, therefore, existing Si210, Si270 control box and relevant wiring of MSK operating are different. Thus, please pay much attention when the machine type works. ② Utilize hoistway traveling cable as temporary cable for MSK operating. ③ MSK operating Concept is as follow. ④ Please implement 1LS, 2LS Jump[software jumper, utilize SVC Tool adjustment parameter] 1) Please connect handset operator to port according to right drawing. 2) Please F25 in Funct.Select function. 3) F25 is input signal of X0~X15, X12 is up limit switch, X13 is down limit switch. 4) Please utilize N/C signal of changing drawing X12 and X13. [“-“: Normal open, “*”: Normal close] *) For detailed content, please refer to Service Tool User Manual ⑤ MSK Adapter Cable 1 (used for connecting control box) Unpublished Work Copyright © OTIS Elevator Company

OTIS - SIGMA FIELD ENGINEERING

FIM

3

IRIS1 NV Test-run in Low Speed.

⑥ MSK Adapter Cable 2 (used for connecting temporary car)

⑦ Changing work details inside remote controller Unpublished Work Copyright © OTIS Elevator Company

Date : 2011. 04. 10 Page : 0 - 2 / 7

OTIS - SIGMA FIELD ENGINEERING

FIM

3

IRIS1 NV

Date : 2011. 04. 10 Page : 0 - 3 / 7

Test-run in Low Speed.

: when cancel E-Stop button, change circuit to make flash lamp and buzzer to conduct work. (Accord with WWJSSS 5.6.D.4 item standards) [Before remote controller is changed] Detailed drawing for MSB Unit connecting

Wire No. MIC name

[After remote controller is changed] – used for STEP control box Detailed drawing for MSB Unit connecting

Wire No. MIC name

3.2. Low-speed test-run 3.2.1. Items should be determined before starting main power supply 1) Under the state of cutting main power supply, check armoring between 1 phase and Earth frame of CB.

Unpublished Work Copyright © OTIS Elevator Company

IRIS1 NV

OTIS - SIGMA FIELD ENGINEERING

FIM

Date : 2011. 04. 10 Page : 0 - 4 / 7

Test-run in Low Speed.

3

Circuit name Main circuit Control circuit Motor circuit

Measuring point Power supply terminal ↔ between frames On the 2nd OCB side connecting point used for lighting ↔ between frames Motor terminal↔ between frames

Specified value More than 0.5M Ω More than 1.0M Ω

2) Add inspection items before starting power supply -.determine whether all switches and fuses in control box are in “off” position. -.check the setup state of dip switch. ON Record ARM procedure Leave factory in OFF state SW1-1 OFF ARM normal action SW1 ON Record DSP procedure SW1-2 OFF DSP normal action ON SW2,SW3,SW4

OFF

ON SW5

OFF

CAN terminal impedance setup CAN cancel terminal impedance

SW2: leave factory in OFF state SW3,4: after ON setup, leave factory

RS 485 terminal impedance setup RS 485 cancel terminal impedance

After ON setup, it is on when leave factory and at other times.

3.2.2. Items should be determined after starting the power supply 1) Measure voltage after starting main power supply.

2) Determine whether phase relay’s green LED is on. Normal: Lamp is on, and when the phase changes: Lamp off And when the phase changes, phase should be changed after cutting power supply. Unpublished Work Copyright © OTIS Elevator Company

IRIS1 NV

OTIS - SIGMA FIELD ENGINEERING

FIM

Date : 2011. 04. 10 Page : 0 - 5 / 7

Test-run in Low Speed.

3

3) Determine whether voltage on each terminal of transformer in control box comes into normal range.

FA

FU1

FU2

FU3

 Single phase 380V enters by Trans should supply power to FU1, FU2, FU3. Fuse Capacity Voltage Function/effect FU1 110V Safety chain power 2A supply FU2 123V Brake power supply 4A FU3 220V Door & car door power 2A supply Terminal Voltage L~N 220±7% VAC 24V~COM 24.0±0.3VDC 4) Cancel E.STOP in MSK and determine whether safety chain is powered on; and determine whether input LED on main circuit board is on/off or flash. LED Function Remark X0 Low-speed mode signal 1 Black out [low-speed running], X0/X1 it is normal when the lamp is on X1 Low-speed mode signal 2 Black out [low-speed running], it is normal when the lamp is on X2 Up signal in low-speed mode When input signal, the lamp will be on X3 Down signal in low-speed When input signal, the lamp will be on mode X32 Safe circuit voltage input When safe circuit is normal, the lamp will be [110V] on. X33 Car door voltage input When car door is normal, the lamp will be on. [110V] X34 Landing door input voltage When landing door is normal, the lamp will [110V] be on. D81 When Main Board is normal, it will flash.

Unpublished Work Copyright © OTIS Elevator Company

OTIS - SIGMA FIELD ENGINEERING

FIM

3

IRIS1 NV

Date : 2011. 04. 10 Page : 0 - 6 / 7

Test-run in Low Speed.

5) Main Parameter setting; After setting parameter, product leaves factory. Therefore, no special measures should be adopted in field necessary; however, if issue occurs, please check parameter.  For detailed parameter content and application methods, please refer to Service Tool User’s Manual. No. Detailed description Basic Adjustment range unit value F06 Rated speed 1500 Conduct adjustment according mm/s to the site F07 Rotary speed of motor 136 Conduct adjustment according rpm to the site F08 Encoder impulse 8192 Conduct adjustment according ppr to the site F09 Set landing floor 4 Conduct adjustment according to the site F10 Floor deflection 0 Conduct adjustment according to the site F11 Actual stop floor 12 Conduct adjustment according to the site F12 Low running speed 350 0~500 mm/s F23 Group mode 0 Conduct adjustment according to the site F25 Input X0~X15 12531 *--****----**-F26 Input X16~X31 13184 *--****----**-F27 Input TX0~TX15 0 *--****----**-F28 Input TX16~TX31 799 ****---**-----F32 Traction machine 3 0~7 specification Unpublished Work Copyright © OTIS Elevator Company

OTIS - SIGMA FIELD ENGINEERING

FIM

3

IRIS1 NV Test-run in Low Speed.

F182 Number of deceleration switch F183 Floor height measures running speed F218 Motor type

1

0~65535

800

0~65535

1

F219 Number of motor (Pole) F220 Rated voltage of motor

380

F221 F222 F223 F224

136 26.9 200 2

F225 F226 F227 F228

Date : 2011. 04. 10 Page : 0 - 7 / 7

Rated speed of motor Rated current of motor Max. output torque Slip frequency of motor Carrier frequency Encoder type Encoder impulse Phase angle of synchronous motor

16

8 4 8192 0

mm/s

0: asynchronous motor, 1: synchronous motor 2~32 220V pole: 220, 400V pole: 380

V

0~80 0~300

A %

Khz 0~10

6) Utilize Handset operator to determine whether EL is in “Inspecting” state. 7) Utilize MSK adapter to implement up and down of remote controller.  Under the abnormal condition, error code 65 occurs, and V phase and W phase are changed mutually.  After determining feedback, if there is jump phenomenon, please determine whether encoder and shield wire are grounded completely. (please conduct comparison on line connecting drawing of ENC cable, please conduct confirming)

Unpublished Work Copyright © OTIS Elevator Company