200823.TR3000-IRV English Manual.pdf - 第34页
IR AUT O BGA R ework S tation TR3000-IRV Kukjetrading Co., Ltd. 34 <Appendix 1> Li st of Service Supplies ※Service supplies are subject to chang e w ihtou t notice. . ① T oo l Box / HappyMade/DS-14/Size:355(L ) x 1…
IR AUTO BGA Rework Station TR3000-IRV
Kukjetrading Co., Ltd.
33
⑥ HEATER – Low Power FAIL
While an infrared sensor or M4 mode is on, it gets alarmed and power supplied to a heater shuts off when
a value read by a K sensor is less than 20 Celsius degrees than the temperature which has been set or the
measured temperature of the top heater at M1 does not reach the target temperature even after 7 seconds.
⑦ HEATER - Start FAIL
It gets alarmed and power supplied to a heater shuts off when the measured temperature of the top heater
does not rise more than 80 Celsius degrees.
⑧ MOTOR FAIL
It gets alarmed and power supplied to a heater shuts off when there is an error on the motor paths related
with moving of a head up and down and of a vision right and left.
IR AUTO BGA Rework Station TR3000-IRV
Kukjetrading Co., Ltd.
34
<Appendix 1> List of Service Supplies
※Service supplies are subject to change wihtout notice..
① Tool Box / HappyMade/DS-14/Size:355(L)x190(W)x130(H)mm/1EA
② VISION CALIBRATION JIG with Metal Mask/1EA
③ Vacuum Bit 3 types/L/M/S/1EA for each
④ Solder Cream Dipping Jig 1SET/ (Squeezee 1EA, 0.1-0.15T 1EA, 0.2-0.25T 1EA)
⑤ Capton Tape 15mm x 30m 1EA
⑥ K Type Sensor 80cm 3EA
⑦ Hex Wrench set/ TWH-01/1SET
⑧ Precision tweezers/MJTECH/SS-Sa/EP 1EA
⑨ “-“Driver/Vessel 9900 2.5-75/ 1EA
⑩ “+”Driver/Vessel 9900 p.00-75/ 1EA
⑪ “+”Driver/Vessel 610 P.1-75/ 1EA
⑫ “+”Driver/Vessel 6300 P.2-100/ 1EA
IR AUTO BGA Rework Station TR3000-IRV
Kukjetrading Co., Ltd.
35
<Appendix 2> Temperature Profile input data
M1,M2,M3: non-contact infrared ray sensor control
M1 and M2 is used general plastic BGA or Socket etc.
M3 is used exclusive metal BGA
M4 is used contact type K sensor
If BOT set A in the Zone1, it works auto control in the max 350 degree
FILE
Number
MODE
ZONE
REMARKS
PW 0 1 2 3 4 5 6~9
F00
M1 TOP
40
150
180
200
240 240 0
MODE 1
Standard
70 BOT
A A A A A A A
TIM
30
60 50 40 50 30 0
F01
M2 TOP
40
150
180
200
240 240 0
MODE 2
Standard
70 BOT
A A A A A A A
TIM
30
60 50 40 50 30 0
F02
M3 TOP
40
150
180
200
240 240 0
MODE3
Standard
70 BOT
A A A A A A A
TIM
30
60 50 40 50 30 0
F03
M4 TOP
40
150
180
200
240 240 0
MODE4
Standard
70 BOT
A A A A A A A
TIM
30
60 50 40 50 30 0
F04
M1 TOP
40
150
180
200
240 240 0
PW 100% 100 BOT
A A A A A A A
TIM
30
60 50 40 50 30 0
F05
M1 TOP
30
150
180
200
240 240 0
PW 80%
Each BOT
Temp Input
80 BOT
240
240
240
240
300 300 0
TIM
30
60 50 40 50 30 0