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Impact Printer Mechanism

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    Negotiable

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  • Total supply:

  • Delivery term:

    The date of payment from buyers deliver within days

  • seat:

    Beijing

  • Validity to:

    Long-term effective

  • Last update:

    2024-01-27 20:58

  • Browse the number:

    428

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Company Profile

Opos (Xiamen) Electronic Technology Co., Ltd

By certification [File Integrity]

Contact：xmjiexin(Mr.)  

Email：

Telephone：

Phone：

Area：Beijing

Address：Beijing

Website：http://www.oposprinter.com/ http://xmjiexin.hengyouchina.com/

Product details

IP1 Series thermal printers

The IP1 printer is widely recognized for its exceptional features, including its remarkable durability, unwavering dependability, and impressive printing quality. Its primary usage can be typically observed in electronic cash registers (ECRs) and fiscal cash registers. To reiterate, this printer model continues to maintain its standing due to its extended lifespan, high level of reliability, and ability to produce prints with superior resolution.


IP1 Features

â—†Bidirectional printing

â—†High speed

â—†High reliability

â—†Black mark director

â—†Paper width:58mm and 76mm

â—†multipe copy


Specifications

ITEM: IP1

Printing method: Impact dot matrix

：4.4（42）。，。

5.6 lines/s (30 English characters per line)

8.9 lines/s (15 English characters per line)

The speed at which paper is fed into the printer is 13.9 mm/s or 33 lines/s, considering the height of each line to be 4.23 mm.

Dot pitch(mm): 0.355

Printing dots: 210 totally, can print 420 places

Paper width: 58 or 76

Printer moving resolution (mm): 0.3024

Paper feed resolution (mm): 0.176

Dimension (mm): 127x98.2x53

Weight (g): 470

Head temperature detection: thermistor

Paper detection: Photo-sensor

In place detection: Photo-sensor

Black mark detection: Photo-sensor

Color bar: ERC-39

Connecting lines: 1.25 mm 27PIN FCC or FPC

Totally width:35 mm, thickness:0.3 mm

Mechanism life: 9 million lines

Printer head life: 3 hundred million dots/ needle

Operation voltage range(V): 24V±10%

Logical voltage(V): 5.0±5%

Operating temperature(°C): 0－50

Operating humidity(RH): 10％－90％

Storage temperature(°C): 5－35

Storage humidity(RH): 40％－70％


Thermal Print head configuration

Dots of line: 9 needles, vertical distribution

Needle circle resistance: 18.7±10%Ω

Dot pitch: 0.355 mm

Operation voltage range(V): 24V±10%

Logical voltage(V): 5V±5%

Printer head life: 3 hundred million dots/needle

1.1   Energy consumption

Drive condition

specification

1

Standard conditions: e24V,room temperature

6.9mJ/dot

Drive width 346µs

2

Max. energy consumption

26.4V, 0℃

16.1mJ/dot

Drive width 322µs

3

Performance calculation

Input energyJ* printing dot/ dirve time (s)

4

The average energy consumption to print the   following K character

33.4W

e×18dot/(0.413ms×9)

5

Peak current

11.7A（standard   condition）

15.3A（max）

Note: drive voltage will be not higher than 21.6V.


1.1     Characters

Item

code

condition

number

unit

input

Forward voltage

VF

IF=10mA

-

1.2

1.6

V

Reverse forward voltage

IR

VR=5V

10

µA

wavelength

λP

IF=10mA

940

Nm

output

Collector to emission voltage

BVCEO

IC=0.5mA

30

V

Emission to collector voltage

BVECO

IE=0.1mA

5

V

Collector dark current

ICEO

Ee=0mW/cm2 VCE=20V

1

µA

Collector light current

IL

VCE=5V IF=10mA RL=1K

1.5

2

mA

Saturation voltage drop

VCE(SAT)

IF=10mA IC=0.1mA

0.4

V

Coupling character

Rise time

tr

VCE=5V

IC=2mA
  RL=100Ω

5

µs

Fall time

tf

5

µs


1.1    Stepper motor phase

Step number

place

1

2

3

4

A

-

-

+

+

B

+

-

-

+

/A

+

+

-

-

/B

-

+

+

-

 

If you use half step, there are 8 places (from right to left).

Step number

place

1

2

3

4

5

6

7

8

A

-

-

-

+

+

+

B

+

-

-

-

+

+

/A

+

+

+

-

-

-

/B

-

+

+

+

-

-

Power on A and B coils, use 66% current drive to reduce heating when half step drive.

You are advised to use 100% current drive during speeding up to increase power.

1.1   stepper motor drive 1, Use PWM way to advoid motor over heating. you can choose chips: L6219,L2916,L3967 or others; 2, motor should move 24 steps at least to avoid the color bar destroy when printing as the color bar is also drive by printer head. 3, the motor drive should be finished according to HOME place detection. When it is in HOME, the step motor allowed to move 27 steps toward the right, 228 steps toward to left. 4, the motor drive should be slow stared and stopped.

All slow start chart：

step

time(μs)

step

time(μs)

1

4883

2

1941

3

1469

4

1232

5

1087

6

987

7

915

8

860

9

826

10

826

Half slow start chart：

Step

Half step time(μs)

step

Half step time (μs)

1

2453

2

1565

3

1236

4

1048

5

924

6

833

7

764

8

709

9

664

10

627

11

595

12

567

13

543

14

522

15

503

16

486

17

471

18

457

19

445

20

433

21

423

22

413

23

413

24

413

25

413

26

413

All slow stop chart：

Step

Half step time(μs)

step

Half step time (μs)

1

826

2

826

3

835

4

908

5

992

6

1092

7

1211

8

1359

9

1560

10

1873

11

2527

12

5999

13

9400

Half slow stop chart：

Step

Half step time(μs)

step

Half step time (μs)

1

413

2

413

3

413

4

421

5

435

6

450

7

466

8

483

9

502

10

524

11

547

12

574

13

604

14

639

15

681

16

731

17

794

18

876

19

991

20

1167

21

1490

22

2377

23

3490

24

5600


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