Customized automatic multi-tank ultrasonic cleaning machine meets ROHS standards

Automatic multi-tank ultrasonic cleaning machine introduction:
a), main purpose and scope of application

It is mainly used for oil stains, impurities and fingerprints on the surface of aviation parts, auto parts, precision metal parts and so on.

b), device name:

Fully automatic closed multi-tank ultrasonic cleaning machine

c), washing machine specifications:

Inner groove size: 600 × 600 × 500MM

Size: 12000 × 2000 × 2800MM

Robot arm form: gantry type multi-arm manipulator

Weightlifting: greater than 200KG

Production: 5min / basket, adjustable shot

d), the composition of the model and its representative meaning

HS 12 336 MWF

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Company Name Twelve Slots 336 Seismons Closed Automatic Washing Machine

e), working conditions

Workpiece Name: Precision Aviation Parts

Workpiece size: 300 × 200 × 200

Workpiece output: 5 minutes / basket

Ambient temperature: -5~40°C

Humidity: ≤80%

Factory level: standard factory (actual)

Carrying capacity per square meter: greater than or equal to 3T

f), impact on the environment and energy

Meet ROHS standards

g) Introduction to the PLC programmer of the device:

The factory generally uses PLC brands: Omron, Siemens, Mitsubishi, Schneider, Panasonic, etc.

Panasonic PLC is the most commonly used. Because Panasonic PLC products are not the best, but the quality is reliable, the main reason is that there are no fakes:

In Panasonic's PLC products, FPO is a micro-machine, FP1 is an integrated mini machine, FP3 is a medium-sized machine, FP5 / FP10, FP10S (modified FP10), FP20 is the main machine, of which FP20 is the latest product. The main features of Panasonic PLC products in recent years are: the command system is powerful; some models also provide CPU and various intelligent modules, which can be programmed with FP-BASIC language to provide software means for the development of complex systems; FP series various PLCs are equipped with communication Organizations, due to the consistency of the application layer communication protocols used, facilitate the construction of multi-level PLC networks and the development of PLC network applications. .