Solution Description
KV7-M9140-A0X CZPT YV100X Belt Pulley
Area of First | China |
Portion Amount | KV7-M9140-A0X |
MOQ | 1 piece |
Situation | Model new |
Common | Yes |
Delivery time | 1-7 doing work days |
Packaging & Delivery
Packaging Particulars | KHJ-MC145-000 1pcs/plastic bag/box Web w8: 20g/computer Carton Dimension: 18mm * 10mm * 10mm |
Shipping Details | one-7 functioning times |
YAMAHA | YV100II 31#NOZZLE | 0402 / 0603 / 0805 (X) |
YAMAHA | YV100II 32#NOZZLE | For IC of very small dimensions |
YAMAHA | YV100II 39#NOZZLE | 0603 “O” gap |
YAMAHA | YV100II 33#NOZZLE | For IC |
YAMAHA | YV100II 34#NOZZLE | For IC |
YAMAHA | YV100II 35#NOZZLE | For diode |
YAMAHA | YV100II 36#NOZZLE | For diode |
YAMAHA | YV100X 71A NOZZLE | 0402 / 0603 X |
YAMAHA | YV100X 72A NOZZLE | 0805 X |
YAMAHA | YV100X 73#NOZZLE | For IC of very small size |
YAMAHA | YV100X 74#NOZZLE | For IC |
YAMAHA | YV100X 75#NOZZLE | For diode |
YAMAHA | YV100X 79#NOZZLE | 0603 “O” gap |
YAMAHA | YV100X 71#NOZZLE | 1. x 0.8 X |
YAMAHA | YV100X 72#NOZZLE | 1.5 x 1. X |
YAMAHA | YV100X 73#NOZZLE | For IC of very small measurement |
YAMAHA | YV100X 79#NOZZLE | “O” hole |
YAMAHA | YV100X | 71F / 72 F / 79F |
YAMAHA | YS12 / YG300 NOZZLE | 301 / 302 /303 / 304 / 305/ 309 |
YAMAHA | YG200 NOZZLE | 201 / 202 / 209 / 203 / 204 |
YAMAHA | YG100 NOZZLE | 211 / 212 / 213 / 214 |
YAMAHA | CL KW1-M1500-030 | 8MM 5711 8X2 |
YAMAHA | CL KW1-M1400-00X | 8MM 0402 8X2 |
YAMAHA | CL KW1-M1100-000 | 8MM 0603 8X4 |
YAMAHA | CL KW1-M2200-three hundred | 12MM |
YAMAHA | CL KW1-M3200-100 | 16MM |
YAMAHA | CL | 24MM |
YAMAHA | CL | 32MM |
YAMAHA | CL | 44MM |
YAMAHA | CL | 56MM |
YAMAHA | FT | 8MM 0402 |
YAMAHA | FT | 8MM 0603 |
SMT Tools from our Firm:
Nozzle cleansing device,
Nozzle checking device,
SMD comp1nt counter,
Solder paste mixer,
Solder paste temperature back again equipment,
PCB Chopping equipment,
Reflow checker
Our Organization Juguangheng:
ZheJiang CZPT Automation Tools Co., Ltd. Enjoys a high track record amid consumers in the previous years. Mostly engaged in a variety of CZPT equipments, CZPT consumables, CZPT lubricating oils and cleaners and recycling of second hand SMT. CZPT have an 1200 sq. meters manufacturing workshop and in a position to do analysis, advancement and create all sorts of CZPT nozzles, equipment and mechanical Feeder, vibration Feeder, electric Feeder. CZPT also acknowledge customization in accordance to customers’ needs. CZPT has been capable to merchandise it is unbiased manufacturer CZPT gear and automation products. The representative merchandise are nozzle cleaning equipment, hand-location desk, parallel transfer machine, SMD chip counter, solder paste mixer, feeder calibrator, and so on.
Why pick us?
one. Take part in NEPCON China every single 12 months.
three. Substantial good quality, low cost
four. Large stock much more that 5000 varieties of areas, quickly shipping
5. A variety of makes available
six. Customization is acceptable
seven. Greatest good quality control group, quality promise.
ep has a vast range of pulleys in stock and completely ready to ship. All spare pulleys are created of large-quality aluminum and have pilot holes as regular. Flanges are produced of steel zinc sheet if necessary, but you can specify other supplies by personalized get. Stock aluminum pulleys are obtainable in imperial and metric pitches. We can modify inventory pulleys according to your demands. You can make contact with client provider for pricing and shipping.
In a twin pulley system, this ratio is equivalent to the reference diameter of the output pulley becoming higher than the reference diameter of the enter pulley. It truly is relatively straightforward as lengthy as you determine the gear ratios for a more complex pulley program action by phase. For several pulleys, the ratios of the numerous components of the mechanism need to be calculated to decide the overall ratio. In the picture above, the reference diameter of the reduced drive wheel is 20mm, the radius of the higher wheel is 40mm, and the ratio is 2:1. 2 spins on the reduce wheel and 1 spin on the higher wheel. The equipment ratio also tells us some thing about the torque of the method simply because the ratio of output torque to enter torque is equal to the equipment ratio. As a result, the torque utilized to the higher wheel is twice as quickly, but the speed is halved.