RS-232C Communication (continued)

Names 

Operation Type

Header

CRC

Action

Command Data

Type

Setting Code

User Gamma Pattern

Set

Off

BE EF

03

06

00

FB FA

01

00

80

30

00

00

 

 

9 step gray scale

BE EF

03

06

00

6B

FB

01

00

80

30

01

00

 

 

15 steps gray scale

BE EF

03

06

00

9B

FB

01

00

80

30

02

00

 

 

Ramp

BE EF

03

06

00

0B

FA

01

00

80

30

03

00

 

 

Get

BE EF

03

06

00

C8 FA

02

00

80

30

00

00

User Gamma Point 1

 

Get

BE EF

03

06

00

08

FE

02

00

90

30

00

00

 

 

Increment

BE EF

03

06

00

6E

FE

04

00

90

30

00

00

 

 

Decrement

BE EF

03

06

00

BF FF

05

00

90

30

00

00

User Gamma Point 2

 

Get

BE EF

03

06

00

F4

FF

02

00

91

30

00

00

 

 

Increment

BE EF

03

06

00

92

FF

04

00

91

30

00

00

 

 

Decrement

BE EF

03

06

00

43

FE

05

00

91

30

00

00

User Gamma Point 3

 

Get

BE EF

03

06

00

B0

FF

02

00

92

30

00

00

 

 

Increment

BE EF

03

06

00

D6

FF

04

00

92

30

00

00

 

 

Decrement

BE EF

03

06

00

07

FE

05

00

92

30

00

00

User Gamma Point 4

 

Get

BE EF

03

06

00

4C

FE

02

00

93

30

00

00

 

 

Increment

BE EF

03

06

00

2A

FE

04

00

93

30

00

00

 

 

Decrement

BE EF

03

06

00

FB FF

05

00

93

30

00

00

User Gamma Point 5

 

Get

BE EF

03

06

00

38

FF

02

00

94

30

00

00

 

 

Increment

BE EF

03

06

00

5E

FF

04

00

94

30

00

00

 

 

Decrement

BE EF

03

06

00

8F

FE

05

00

94

30

00

00

User Gamma Point 6

 

Get

BE EF

03

06

00

C4

FE

02

00

95

30

00

00

 

 

Increment

BE EF

03

06

00

A2

FE

04

00

95

30

00

00

 

 

Decrement

BE EF

03

06

00

73

FF

05

00

95

30

00

00

User Gamma Point 7

 

Get

BE EF

03

06

00

80

FE

02

00

96

30

00

00

 

 

Increment

BE EF

03

06

00

E6

FE

04

00

96

30

00

00

 

 

Decrement

BE EF

03

06

00

37

FF

05

00

96

30

00

00

User Gamma Point 8

 

Get

BE EF

03

06

00

7C

FF

02

00

97

30

00

00

 

 

Increment

BE EF

03

06

00

1A

FF

04

00

97

30

00

00

 

 

Decrement

BE EF

03

06

00

CB FE

05

00

97

30

00

00

COLOR TEMP

Set

LOW

BE EF

03

06

00

6B

F4

01

00

B0 30

01

00

 

 

MIDDLE

BE EF

03

06

00

9B

F4

01

00

B0 30

02

00

 

 

HIGH

BE EF

03

06

00

0B

F5

01

00

B0 30

03

00

 

 

Hi-BRIGHT-1

BE EF

03

06

00

3B

F2

01

00

B0 30

08

00

 

 

Hi-BRIGHT-2

BE EF

03

06

00

AB F3

01 00

B0 30

09

00

 

 

CUSTOM-LOW

BE EF

03

06

00

AB F9

01

00

B0 30

11 00

 

 

CUSTOM-MID

BE EF

03

06

00

5B F9

01

00

B0 30

12

00

 

 

CUSTOM-HIGH

BE EF

03

06

00

CB F8

01

00

B0 30

13

00

 

 

CUSTOM-Hi-BRIGHT-1

BE EF

03

06

00

FB FF

01

00

B0 30

18

00

 

 

CUSTOM-Hi-BRIGHT-2

BE EF

03

06

00

6B FE

01 00

B0 30

19

00

 

 

Get

BE EF

03

06

00

C8 F5

02

00

B0 30

00

00

COLOR TEMP GAIN R

 

Get

BE EF

03

06

00

34

F4

02

00

B1 30

00

00

 

 

Increment

BE EF

03

06

00

52

F4

04

00

B1 30

00

00

 

 

Decrement

BE EF

03

06

00

83

F5

05

00

B1 30

00

00

10

Page 78
Image 78
Dukane 8776-RJ, 8755E-RJ user manual Crc

8755E-RJ, 8776-RJ specifications

The Dukane 8776-RJ and 8755E-RJ are advanced ultrasonic welders designed for various industrial applications, particularly in the plastics and textiles sectors. Both machines are part of Dukane's extensive portfolio of ultrasonic technology solutions, renowned for their reliability, precision, and efficiency.

The Dukane 8776-RJ model is engineered for high-speed welding applications. It features a robust design that allows it to operate effectively in demanding environments. One of the hallmark features of this machine is its ability to achieve strong, consistent welds without the need for additional adhesives or fasteners. This capability is crucial for manufacturers looking to streamline production processes while maintaining product integrity.

On the other hand, the Dukane 8755E-RJ offers unique benefits tailored for more specialized applications. It is equipped with a digital processor that enables enhanced control over the welding parameters, allowing users to fine-tune settings such as amplitude, time, and pressure. This not only maximizes the quality of the welds produced but also minimizes material waste, a critical factor in today’s cost-sensitive markets.

Both models utilize advanced ultrasonic technology that converts electrical energy into high-frequency mechanical vibrations. These vibrations are transmitted through a sonotrode and into the parts being joined, creating localized melting at the interface. This process is not only efficient but also ensures that welds are completed in a fraction of the time compared to traditional methods.

The 8776-RJ and 8755E-RJ boast user-friendly interfaces that facilitate easy operation and monitoring. The machines come equipped with touch-screen controls, allowing operators to customize and save settings for repeatability across production runs. This feature is particularly advantageous in high-volume manufacturing environments, where consistency is paramount.

Safety is a crucial consideration in the design of both models. They are built with multiple safety features to ensure operator protection while maintaining functionality. This focus on safety helps to mitigate risks associated with machine operation and enhances overall workplace safety.

In summary, the Dukane 8776-RJ and 8755E-RJ ultrasonic welders represent cutting-edge solutions for industrial welding needs. Their combination of reliability, advanced technology, user-friendly interfaces, and safety features make them ideal choices for manufacturers aiming for high quality and efficiency in their production processes. Whether it’s for high-speed applications or more controlled processes, these machines deliver exceptional performance that meets the demands of modern manufacturing.