Place of Origin: | Japan |
Brand Name: | FUJI |
Certification: | CE |
Model Number: | DR1-04ACY9 |
Minimum Order Quantity: | 1 Piece |
---|---|
Price: | negotiation |
Packaging Details: | original packing |
Delivery Time: | 1-3 days |
Payment Terms: | T/T, Western Union, Paypal |
Supply Ability: | 100 pcs/month |
Part Number: | SAA1220 | Condition: | Original New And Used |
---|---|---|---|
Quality: | High Quality | Color: | Black |
Machine Model: | For FUJI | Packing: | Carton Box |
Delivery Time: | 1-3 Days | MOQ: | 1 PC |
Shipping Terms: | Air Or Sea | Other Services: | Repair Available |
High Light: | SAA1220,DR1-04ACY9,FUJI DRIVER |
IP3 Y Driver Fuji Spare Parts SAA1220 DR1-04ACY9 Used And Repair Avaliable
Specifications:
Brand name | FUJI DRIVER |
Part number | SAA1220 |
Model | DR1-04ACY9 |
Warranty | 3 months |
Usage for Machine | FUJI IP3 Machine |
Ensure | Tested in machine confirmation |
Guarantee | Brand and working |
Delivery Methods | Ocean/Air Transport, Air Express Services |
Delivery Terms | Ex-works |
Payment Terms | Pay In Advance |
Services | Supply original new or used and repair service |
Features:
1. Large stocks to support fast delivery express and competitive price advantages.
2. Original new items, guanrantee best quality.
3. Professional sale and after sales team to supports good serive.
4. All models type machine and equipments, full product ranges you can choice.
5. Fast shipping, real-time logistics updates to ensure timely receipt of goods.
Supply Details:
Description | Part number | Model |
PANASONIC CM402 X DRIVER | KXFP6GE1A00 | MR-J2S-40B-EE085 |
PANASONIC CM402 Y MOTOR | N510005280AA | HC-MFS73-S24 |
PANASONIC CM402 Y DRIVER | KXFP6GB0A00 | MR-J2S-100B-EE085 |
PANASONIC CM401 M Z MOTOR | N510030833AA | P50B02001BXS71 |
PANASONIC CM402 X MOTOR | N510005279AA | HC-MFS43-S25 |
PANASONIC CM402 Y-AXIS MOTOR | KXF0CWLAA00 | HC-RFS103-S1 |
PANASONIC CM602 X DRIVER | N510002593AA | MR-J2S-60B-S041U638 |
PANASONIC CM602 Y DRIVER | N510002594AA | MR-J2S-350B-S041U703 |
DEK CBA40 HAWKEYE 400 CAMERA | 8008633 | DEK 191643 |
DEK CBA40 HAWKEYE 750 CAMERA | 8012982 | DEK 198043 |
DEK CBA40 GREEN CAMERA | 8008630 | DEK 191641 |
DEK CBA40 GREEN CAMERA | 8008630 | DEK 198811 |
DEK CBA40 HAWKEYE CAMERA | 8008633 | DEK 191013 |
DEK CBA40 HAWKEYE 1200 CAMERA | 8008634 | DEK 191644 |
DEK CBA40 GREEN CAMERA | 8012980 | DEK 198041 |
DEK CBA40 HAWKEYE 1700 CAMERA | 8012983 | DEK 198044 |
JUKI 760 LASER SENSOR | 6604096 | E9636725000 |
JUKI 2010-2060 FX-1 MNLA | 8010518 | E9611729000 |
JUKI 2020 2030 LASER | 8006268 | E9611729000 |
JUKI 2050 MNLA LASER | 8010518 | E9611729000 |
JUKI 2060 2080 FMLA | 8010519 | 40003264 |
JUKI 760 LASER SENSOR | 6604062 | E9636725000 |
JUKI 2020 NFMLA LASER | 6604096 | 40003264 |
JUKI 2010 2020 LASER | 8000286 | E9611729000 |
Related Parts:
P/N | Description: |
AA84030 | FUJI NXT I 8MM W8 FEEDER |
AA84128 | FUJI NXT I 12MM W12 FEEDER |
AA84228 | FUJI NXT I 16MM W16 FEEDER |
AA84328 | FUJI NXT I 24MM W24 FEEDER |
AA84426 | FUJI NXT I 32MM W32 FEEDER |
AA84525 | FUJI NXT I 44MM W44 FEEDER |
AA84625 | FUJI NXT I 56MM W56 FEEDER |
AB09910 | FUJI NXT II 8MM W08C FEEDER |
AB10005 | FUJI NXT II 12MM W12C FEEDER |
AB10105 | FUJI NXT II 16MM W16C FEEDER |
AB10205 | FUJI NXT II 24MM W24C FEEDER |
AB10303 | FUJI NXT II 32MM W32C FEEDER |
AB10403 | FUJI NXT II 44MM W44C FEEDER |
AB10503 | FUJI NXT II 56MM W56C FEEDER |
SMT Advantages:
SMT(Surface mount technology), its associated surface mount devices, SMDs considerably speed up PCB assembly as the components simply mount on the board. Look inside any piece of commercially made electronic equipment these days and it is filled with minute devices. Rather than using traditional components with wire leads like those that may be used for home construction and kits, these components are mounted onto the surface of the boards and many are minute in size.
1. Better mechanical performance under shock and vibration conditions, partly due to lower mass, and partly due to less cantilevering.
2. Better EMC performance, due to the smaller radiation loop area and the lesser lead inductance.
3. Lower resistance and inductance at the connection; consequently, fewer unwanted RF signal effects and better and more predictable high-frequency performance.
4. Lower initial cost and time of setting up for mass production, using automated equipment.
Contact Person: David
Tel: +86-13554806940