BIXOLON SRP-350/352plusA&C, Setting the DIP switch IEEE1284 Parallel, USB Interface

Page 11

2-2-3 Setting the DIP switch (IEEE1284 Parallel, USB Interface)

SRP-350/352plusA&C

2-2-3 Setting the DIP switch (IEEE1284 Parallel, USB Interface)

• DIP Switch 1

SW	Function	ON	OFF	Default
1-1	Auto Line Feed	Enable	Disable	OFF
1-2	Reserved	-	-	OFF
~	Reserved	-	-	OFF
1-8

	• DIP Switch 2			OFF
	SW	Function	ON	OFF
	2-1	Reserved	-	-
	2-2	Internal bell control	Internal bell disable	Internal bell enable
	2-3	Auto Cutter	Disable	Enable
	2-4	BUSY Condition	Receive Buffer Full	* Offline
	2-4	BUSY Condition	Receive Buffer Full	* Receive Buffer Full
				* Receive Buffer Full
	2-5	Print Density	Refer to the following Table 2
	2-6	Print Density	Refer to the following Table 2
	2-7			Enable
	2-8	Near-End Sensor Status	Disable	Enable

Default

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

• Table 1 – Baud rate (bps) Selection

Transmission Speed

1-6

1-7

1-8

Default

2400

ON

OFF

OFF

4800

ON

OFF

ON

9600

OFF

ON

OFF

9600

19200

OFF

OFF

OFF

38400

OFF

ON

ON

57600

OFF

OFF

ON

115200

ON

ON

ON

• Table 2 – Print Density Selection

2-5

2-6

2-7

Print Density (Mono color)

Default

ON

ON

Reserved

1(Light)

OFF

OFF

Reserved

2

2

ON

OFF

Reserved

3

OFF

ON

Reserved

4(Dark)

2-5

2-6

2-7

Print Density (Two colors )

Default

ON

ON

ON

80%

ON

ON

OFF

90%

OFF

OFF

ON

95%

OFF

OFF

OFF

100%

100%

ON

OFF

ON

105%

ON

OFF

OFF

110%

OFF

ON

ON

120%

OFF

ON

OFF

130%

※Auto Cutter Enable / Disable selection

Dip Switch Set 2

	SW 2-3	ON	Auto Cutter Disabled
	SW 2-3	OFF	Auto Cutter Enabled
		OFF	Auto Cutter Enabled
	Application	Ignores Auto Cutter error	for continuous printing.

Rev. 2.01

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Image 11

Contents Thermal Printer Rev Service ManualSRP-350/352plusA&C SRP-350/352plusA&C Table of Contents4. Hardware 5. Disassembly and Assembly6. Adjustments and Maintenance 7. Troubleshooting1-1 Safety Precautions 1. Precaution Segmenta Remove or reinstall any component or assembly 1-2 Servicing Precaution1. Some semiconductor solid state devices are easily damaged by static electricity. Such components are called Electrostatically Sensitive Devices ESDs examples include integrated circuits and some field-effect transistors. The following techniques will reduce the occurrence of component damaged caused by static electricity 1-3 Precaution for Electrostatically Sensitive Devices ESDs1-4 Operational Precautions 2-1-2 Interface Cable Installation 2. Installation and Operation2-1 Installation 2-1-1 AC Adapter Installation2-1-5 Wall Mount Installation SRP-350/352plusA&C 2-2-2 Setting the DIP switch RS-232C Serial Interface 2-2 Operation2-2-1 Setting the DIP switches ※ Auto Cutter Enable / Disable selection 2-2-3 Setting the DIP switch IEEE1284 Parallel, USB Interface2-2-5 The self Test Mode 2-2-4 Hexadecimal DumpingFigure 3-13 The Self-Test Sheet 2-2-6 Setting the Memory Switches SRP-350/352plusA&C 3-1-2 AC Adapter Dimensions mm 3. Product Specifications3-1 Appearance 3-1-1 Printer Dimensions mm3-1-3 Feature Locations-SRP-350/352plusA/C TYPE SRP-350/352plusCO USB Communication 3-2 General SpecificationsSRP-350/352plusCOS RS-232 Serial Communication SRP-350/352plusCOP IEEE1284 Parallel CommunicationDescription 3-3 Thermal Printer Specifications3-3-1 Printer Specification 3-3-2 Character SpecificationPD 160R 3-3-3 Paper Specification3-3-4 Reliability and Environment Specification ※ Note3-3-5 Printable Area 3-3-6 TPH Thermal Printer Head Specification 1 180dpi3-3-7 Other Component Specification 3-4-2 SMPS Output Connector 3-4 SMPS Specifications3-4-1 SMPS Switching Mode Power Supply Specification 3-5-1b RS-232C I/F Cable 3-5 Interface Specifications3-5-1 RS-232C Serial Interface 3-5-1a Specification Host 3-5-1d Signal Description3-5-1c Cable Connection Printer※ Note Refer to the Operation Manual about XON/XOFF flow control 2-5-2a Forward Mode Specification Compatibility mode3-5-1e H/W Flow Control 3-5-1f S/W Flow ControlBusy 3-5-2c Signal Specification Compatibility/Nibble/Byte mode3-5-2c IEEE1284 I/F Cable nAck3-5-3c Cable 3-5-3a Specification3-5-3b Signal Description 3-5-3 USB2.0 Interface3-5-4d Construction From the Series A ConnectorsSeries B Connectors ※ Note Minimum conductor construction must be stranded tinned copper3-6-2 Cable Connection 3-6 Cash Drawer Specifications※ Note +24V is always output through pin 4 during power on 3-6-1 Drawer CableFigure 4-1 Board Wiring Diagram 4-1 Wiring Diagram4. Hardware Figure 4-2 Block Diagram 4-2 Block DiagramVOLTAGE 4-3 Special Circuit Descriptions4-3-1 Power Circuit 4 CPU, Flesh, SRAM, Reset Voltage +3.3VASM811 REUSF-T 4-3-2 RESET CircuitReset signal is signal in order to start-up CPU under Power-on Figure 4-4 Reset Block Diagram Figure 4-5 Reset Waveform2 Cash Drawer Driving Circuit 4-3-3 Buzzer and Cash Drawer Circuits 1 Buzzer Driving CircuitUPD70F3107 4-3-4 I/F PBA Detect Block Diagram4-3-5 RS-232C Communication Block Diagram 4-3-7 USB Communication Block Diagram 4-3-6 Parallel Communication Block Diagram4-3-8 DIP Switch Circuit 4-3-9 Thermal Printer Head Circuit DATA#1,2LATCH STROBE14 Foot Rubber 5. Disassembly and Assembly5-1 Case lower block 1 Scrw 2 Brkt Dip Switch 3 Case LowerScrew 8 Screw 1 Screw 2 Brkt PCB6 Main PCB 5 PCB Serial Parallel3.Remove the three screws. 4.Separate the Manual cutter from 5-2 Case Upper block1.Push the button to open the Cove Open. 2.Remove the four screws 1.Remove the two screws1.Remove the E-Ring. 2.Separate the Spring tension, the Roller Platen Assembly1 Spring Hook 4 Brkt-Hook 3 Screw1 Screw 5-3 Frame block3 Cover Housing 4 Screw2 Heatsink Assy 1 Screw 4 Screw 7 ConnectorSpring TPH 5.Separate the Connector from the Heat-sink 1.Remove the screwSlip 1 Screw 2 Frame Main 3 Brkt PCB 4 Power SwitchFrame Main Washer6-1-1 Remaining Roll Paper Adjustment 6. Adjustments and Maintenance6-1 Adjustment 6-1-2 Paper Jam ※ Caution Turn off the printer power before cleaning 6-2 MaintenanceOk? On SMPS 7. Troubleshooting7-1 Power Problem 7-2 System Problem 7-3 Panel PBA and Sensor Problem 7-4 Thermal Printer Head and Feed Motor Problem 7-5 Auto Cutter and Drawer Problem Select Ok? 7-6 Dip S/W and I/F PBA Select ProblemInput Ok? 7-7 RS-232C Serial Communication Problem 7-8 IEEE-1284 Parallel Communication Problem Reverse Mode 7-9 USB2.0 Communication ProblemMain PBA I/F Failure?