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Dot Matrix Printer Mechanism
Dot Matrix Printer Mechanism IP1 Series thermal printers
The IP1 printer has the following character: long life, high reliability and high print resolution. It usually used on ECR, fiscal cash register, etc.
IP1 Features
鈼咮idirectional printing
鈼咹igh speed
鈼咹igh reliability
鈼咮lack mark director
鈼哖aper width:58mm and 76mm
鈼唌ultipe copy
Specifications
ITEM: IP1
Printing method: Impact dot matrix
Printing width: 4.4 lines/s (42 English characters per line)
5.6 lines/s (30 English characters per line)
8.9 lines/s (15 English characters per line)
Paper feed speed: 13.9 mm/s or 33 lines/s (line heigth: 4.23mm)
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卤10%
Logical voltage(V): 5.0卤5%
Operating temperature(掳C): 0锛?0
Operating humidity(RH): 10锛咃紞90锛?/p>
Storage temperature(掳C): 5锛?5
Storage humidity(RH): 40锛咃紞70锛?/p>
Thermal Print head configuration
Dots of line: 9 needles, vertical distribution
Needle circle resistance: 18.7卤10%惟
Dot pitch: 0.355 mm
Operation voltage range(V): 24V卤10%
Logical voltage(V): 5V卤5%
Printer head life: 3 hundred million dots/needle
1.1 Energy consumption
Drive conditionspecification
1Standard conditions: e24V,room temperature6.9mJ/dot
Drive width 346碌s
2Max. energy consumption
26.4V, 0鈩?/span>16.1mJ/dot
Drive width 322碌s
3Performance calculationInput energyJ* printing dot/ dirve time (s)
4The average energy consumption to print the following K character33.4W
e脳18dot/(0.413ms脳9)
5Peak current11.7A锛?/span>standard condition锛?/span>
15.3A锛?/span>max锛?/span>
Note: drive voltage will be not higher than 21.6V.
1.1 Characters
Itemcodeconditionnumberunit
inputForward voltageVFIF=10mA-1.21.6V
Reverse forward voltageIRVR=5V
10碌A
wavelength位PIF=10mA
940
Nm
outputCollector to emission voltageBVCEOIC=0.5mA30
V
Emission to collector voltageBVECOIE=0.1mA5
V
Collector dark currentICEOEe=0mW/cm2 VCE=20V
1碌A
Collector light currentILVCE=5V IF=10mA RL=1K1.52
mA
Saturation voltage dropVCE(SAT)IF=10mA IC=0.1mA
0.4V
Coupling characterRise timetrVCE=5V
IC=2mA
RL=100惟
5
碌s
Fall timetf
5
碌s
1.1 Stepper motor phase
Step number
place1234
A--++
B+--+
/A++--
/B-++-
If you use half step, there are 8 places (from right to left).
Step number
place12345678
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锛?/span>
steptime(渭s)steptime(渭s)
1488321941
3146941232
510876987
79158860
982610826
Half slow start chart锛?/span>
StepHalf step time(渭s)stepHalf step time (渭s)
1245321565
3123641048
59246833
77648709
966410627
1159512567
1354314522
1550316486
1747118457
1944520433
2142322413
2341324413
2541326413
All slow stop chart锛?/span>
StepHalf step time(渭s)stepHalf step time (渭s)
18262826
38354908
599261092
7121181359
91560101873
112527125999
139400
Half slow stop chart锛?/span>
StepHalf step time(渭s)stepHalf step time (渭s)
14132413
34134421
54356450
74668483
950210524
1154712574
1360414639
1568116731
1779418876
19991201167
211490222377
233490245600Dot Matrix Printer Mechanism
website:http://www.oposprinters.com/dot-matrix-printer-mechanism/