Sharp AR-160 MDATA10 IN/OUT MDATA9, MDATA8 IN/OUT MDATA7, MDATA6 IN/OUT, MDATA5 IN/OUT GND, OUTD4

Page 72

AR-161

PIN

Signal name

IN/OUT

Description

No.

 

 

 

 

 

 

 

27

MDATA10

IN/OUT

 

28

MDATA9

IN/OUT

Data bus of DRAM (page memory)

29

MDATA8

IN/OUT

 

30

MDATA7

IN/OUT

 

31

3.3V

Power

 

32

MDATA6

IN/OUT

Data bus of DRAM (page memory)

33

MDATA5

IN/OUT

 

34

GND

Power

 

 

 

 

 

35

MDATA4

IN/OUT

 

 

 

 

 

36

MDATA3

IN/OUT

 

37

MDATA2

IN/OUT

Data bus of DRAM (page memory)

 

 

 

 

38

MDATA1

IN/OUT

 

39

MDATA0

IN/OUT

 

40

/RAS0

OUT

RAS signal 0 of DRAM (page

 

 

 

memory)

41

/RAS1

OUT

RAS signal 1 of DRAM (page

 

 

 

memory)

42

/RAS2

OUT

RAS signal 2 of DRAM (page

 

 

 

memory)

43

/RAS64

OUT

(Not used)

44

3.3V

Power

 

45

/RAS16

OUT

(Not used)

46

MAD0

OUT

Address bus of DRAM (page

 

 

 

memory)

47

GND

Power

 

48

MAD1

OUT

 

49

MAD2

OUT

 

50

MAD3

OUT

 

51

MAD4

OUT

Address bus of DRAM (page

52

MAD5

OUT

memory)

53

MAD6

OUT

 

54

MAD7

OUT

 

 

 

 

 

55

MAD8

OUT

 

56

MAD9

OUT

 

57

3.3V

Power

 

 

 

 

 

58

MAD10

OUT

Address bus of DRAM (page

59

MAD11

OUT

memory)

60

GND

Power

 

 

 

 

 

61

/CAS0

OUT

CAS signal of DRAM (page

62

/CAS1

OUT

memory)

63

/OE

OUT

Read enable signal of DRAM

 

 

 

(page memory)

64

/WE

OUT

Write enable signal of DRAM (page

 

 

 

memory)

65

OUTD0

OUT

 

66

OUTD1

OUT

(Not used)

 

 

 

67

OUTD2

OUT

 

68

OUTD3

OUT

 

69

3.3V

Power

 

 

 

 

 

70

OUTD4

OUT

(Not used)

71

OUTD5

OUT

 

72

GND

Power

 

73

OUTD6

OUT

 

74

OUTD7

OUT

 

75

OUTD8

OUT

 

76

OUTD9

OUT

 

77

OUTD11

OUT

(Not used)

78

OUTD10

OUT

 

 

 

 

 

79

OUTD12

OUT

 

80

OUTD13

OUT

 

81

OUTD14

OUT

 

 

 

 

 

82

OUTD15

OUT

 

PIN

Signal name

IN/OUT

Description

No.

 

 

 

 

 

 

 

83

/HSYNC

OUT

 

84

/PCLPRD

IN

 

85

/PCLREQ

OUT

(Not used)

86

/PCLACK

IN

 

87

/PCLCS

IN

 

88

3.3V

Power

 

89

GND

Power

 

90

5V

Power

 

 

 

 

 

91

GND

Power

 

 

 

 

 

92

/FAXPRD

IN

 

93

/FAXREQ

OUT

(Not used)

 

 

 

 

94

/FAXACK

IN

 

95

3.3V

Power

 

96

/FAXCS

IN

(Not used)

 

 

 

97

/ESPRD

IN

 

98

GND

Power

 

99

/ESREQ

OUT

 

100

/ESACK

IN

 

101

/ESCS

IN

 

102

PARAD0

IN/OUT

(Not used)

103

PARAD1

IN/OUT

104

PARAD2

IN/OUT

 

105

PARAD3

IN/OUT

 

 

 

 

 

106

PARAD4

IN/OUT

 

107

PARAD5

IN/OUT

 

108

5V

Power

 

 

 

 

 

109

PARAD6

IN/OUT

(Not used)

110

PARAD7

IN/OUT

 

111

GND

Power

 

 

 

 

 

112

/REV

OUT

 

113

INIT

IN

 

114

/SLCTIN

IN

 

115

/AUTOFD

IN

(Not used)

116

/STB

IN

 

117

/ACK

OUT

 

118

BUSY

OUT

 

119

PE

OUT

 

120

/FAULT

OUT

 

 

 

 

 

121

5V

Power

 

122

SLCT

OUT

(Not used)

 

 

 

 

123

/TESTPIN0

IN

High: Normal Low: Test

 

 

 

 

124

GND

Power

 

125

PFCLK

IN

Write clock

 

 

 

 

126

/TESTPIN1

IN

High: Normal Low: Test

127

/SYNCEN

OUT

Jitter adjustment IC trigger signal

128

SD10

IN/OUT

 

129

SD11

IN/OUT

Data line to SRAM before are

130

SD12

IN/OUT

separation

131

SD13

IN/OUT

 

132

SD14

IN/OUT

 

133

5V

Power

 

134

SD15

IN/OUT

Data line to SRAM before are

135

SD16

IN/OUT

separation

136

GND

Power

 

137

SD17

IN/OUT

Data line to SRAM before are

 

 

 

separation

138

SOE1

OUT

Read enable line to SRAM before

 

 

 

area separation

139

SWE1

OUT

Write enable line to SRAM before

 

 

 

area separation

140

SCS1

OUT

Chip select line to SRAM before

 

 

 

area separation

13 – 6

Image 72
Contents AR-160 Class Laser Product Laser Klasse Contents General Specifications Warmup time Copy magnification ratioPrint density Print areaOther specifications Power sourcePower consumption Machine compositionConsumable Parts Supply system tableAsia, Southeast Asia Hong Kong / China Environment conditions Production number identificationConsumable parts recycling procedure Drum unit AR-161 Attach the main charger External Views and Internal Structures AppearanceInternal Operation Section Motor, solenoid, clutch Sensor, switch PWB unit Cross sectional view 1 4 1Unpacking and Installation Installation of machineInstallation of developing cartridge Installing conditionsRemoval and storage of fixing screw Changing the copy paper size in the tray Operational Descriptions Outline of operationScanner section Process section Basic structure of scanner sectionBasic structure CCD PWBOperation cycle Outline of print processActual print process ChargingCleaning ExposureTransfer Developing DC biasLaser unit Optical discharge Semiconductor laserPWB Paper feed section Laser beam pathBrief descriptions of operations Cassette paper feed operationFusing section Adjustments Adjustment item listCopier adjustment Process sectionDeveloping bias voltage adjustment SIM Grid bias voltage adjustment SIM 8-2, SIMImage position adjustment SIM 50-1/SIM Mechanism sectionPaper off center adjustment AR-161 Main scanning direction FR direction distortion adjustment 10mm Off center adjustment SIM 50-13, SIM OC mode in copyingImage density adjustment Original sensor adjustment SIMCopy mode SIM SPFEntering the simulation mode Cancelling the simulation modeSimulation List of simulationsContents of simulations Main Sub Contents Details of operation Initial Value Sheets Free 999999 sheets Mini maintenance counter When a is displayed Set value is stored AE LED Text LEDOC mode sub scanning Key operation User Program User program functionsSetting change procedure Department counter settingDepartment counter setting/cancel Function code Department number recording Function codeDepartment number change Function code Department number delete Function codeTrouble Code List FAXCCD LSUMaintenance Maintenance tableDisassembly and Assembly High voltage sectionOptical section Fusing unit removal Copy lamp unitCopy lamp Lens unit Thermostat Thermistor Heater lampFront cabinet unit, right cabinet disassembly Paper exit sectionUpper heat roller Separation pawl Lower heat roller Paper exit unit Paper exit roller Transport roller Optical frame unit MCULSU Tray paper feed section/Paper transport section Intermittent frame unitDrive unit Manual multi paper feed section Manual multi paper feedManual transport clutch Manual paper feed clutchPower section Power unitManual transport roller/Manual paper feed roller Multi feed solenoidDeveloping section Waste toner box Developing box MG rollerDeveloping doctor MC holder unit Cleaning blade Block diagram Electrical SectionOutline Block diagram MCU CPU HD6412351IF a. pin/signal tableOUT POWIRQ5 Spfcover IRQ6 OccoverIRQ7 MHP IRQ3 SpfpaperFaxpage Ready OUTPwoff OUT Scansp OUTPin/signal table Image Asic HG73C039FDOutline Fault OUT MDATA10 IN/OUT MDATA9MDATA8 IN/OUT MDATA7 MDATA6 IN/OUTSOE0 OUT SWE0 OUTSCS0 OUT SAD0 OUTO Asic GND POW VCC PMC4POUT3 Dpxdb PWM0POUT PfanmdPWM1POUT Tfanmd P0OUT8 SophiaP1IN8 Esready P1IN9 FaxreadyTest PclreadyRstb Reset PMC3TCLK Lftclk OUTPMC3DREQB OUT PMC4TCLK OUTReset circuit Main motor drive circuitMirror motor circuit CCD PWB Toner supply motor drive circuitCircuit Diagram MCU MCU MCU MCU MCU MCU MCU MCU MCU Operation PWB1 Operation PWB2 Operation PWB3 Electronic Sort KEY PWB Actual Wiring Diagram Actual Wiring Diagram 2/3 Actual Wiring Diagram 3/3 AR-161 Copyright 1998 by Sharp Corporation

AR-160, AR-161 specifications

The Sharp AR-161 and AR-160 are monochrome multifunction printers that have made a mark in the office equipment landscape with their impressive features, technologies, and characteristics. Both devices are designed to cater to the needs of small to medium-sized businesses that require reliable, efficient, and compact systems for their printing, copying, and scanning needs.

One of the main features of the Sharp AR-161 and AR-160 is their impressive speed. The AR-161 can produce up to 16 pages per minute (ppm), while the AR-160 offers a slightly lower output at 15 ppm. This makes both models suitable for environments where quick document turnaround is essential. Additionally, both machines have a warm-up time of approximately 20 seconds, ensuring minimal downtime when starting up.

In terms of paper handling, both models come equipped with a 250-sheet paper drawer and a 100-sheet bypass tray, allowing for a variety of media types and sizes. The automatic document feeder (ADF) can accommodate up to 50 sheets, making it easier to handle multi-page documents without manual intervention. This feature enhances workflow efficiency significantly, particularly in busy office settings.

The Sharp AR-161 and AR-160 utilize advanced copying technologies, including a high-resolution scanning capability of up to 600 x 600 dpi. This means that documents are reproduced with clarity and detail, making them suitable for professional presentations and reports. The devices also offer various copying options, such as zoom, collation, and reduction/enlargement, providing versatility for different copying tasks.

Both models are equipped with Sharp's innovative ImageSEND technology, which allows users to scan documents directly to email, network folders, or USB drives with ease. This feature enhances productivity by streamlining the scanning process, ensuring that documents can be shared quickly and efficiently.

Furthermore, energy efficiency is a hallmark of the Sharp AR-161 and AR-160, as both models are ENERGY STAR qualified. This means they are designed to use less energy, helping businesses reduce their environmental impact while also saving on operational costs.

In conclusion, the Sharp AR-161 and AR-160 combine speed, versatility, and energy efficiency in a sleek design. Their advanced copying technologies and smart features make them ideal choices for businesses seeking reliable multifunction devices that can enhance productivity without compromising on quality.