Epson TM-FX2180 Environmental Conditions, Electrical Specifications, Physical Specifications

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EPSON FX-2180 Service Manual

1.1.9 Environmental Conditions

Temperature

 

Operating:

41° to 95° F (5° to 35° C)

When using recycled

 

paper, envelopes, labels,

 

or roll paper:

59° to 77° F (15° to 25° C)

Non-operating (storage):

22° to 140° F (30° to 60° C)

Humidity

 

Operating:

10% to 80% RH

When using recycled

 

paper, envelopes, labels,

 

or roll paper:

30% to 60% RH

Non-operating (storage):

0% to 85% RH

1.1.10 Electrical Specifications

120 V model

 

Rated voltage:

120 VAC

Input voltage range:

99 to 132 VAC

Rated frequency range:

50 to 60 Hz

Input frequency range:

49.5 to 60.5 Hz

Rated current:

1.0 A (1.8 A maximum)

Power consumption:

Approx. 46 W (ISO/IEC 10561 letter pattern)

 

Energy Star compliant

Insulation resistance:

10 MΩ minimum (between AC line and

 

chassis, 500 V)

Dielectric strength:

1000 VAC rms. 1 minute or 1200 VAC rms.

 

1 second (between AC line and chassis)

220 to 240 V model

 

Rated voltage:

220 to 240 VAC

Input voltage range:

198 to 264 VAC

Rated frequency range:

50 to 60 Hz

Input frequency range:

49.5 to 60.5 Hz

Rated current:

0.5 A (0.9 A maximum)

 

Chapter 1 Product Description

Power consumption:

Approx. 46 W (ISO/IEC 10561 letter pattern)

 

Energy Star compliant

Insulation resistance:

10 MΩ minimum (between AC line and

 

chassis, 500 V)

Dielectric strength:

1500 VAC rms. 1 minute (between AC line

 

and chassis)

UPS (Universal Power Supply) model

Rated voltage:

100 to 120 VAC or 220 to 240 VAC

Input voltage range:

90 to 132 VAC or 198 to 264 VAC

Rated frequency range:

50 to 60 Hz

Input frequency range:

49.5 to 60.5 Hz

Rated current:

1.1 A (2.2 A maximum) or 0.6 A (1.1 A

 

maximum)

Power consumption:

Approx. 46 W (ISO/IEC 10561 letter pattern)

 

Energy Star compliant

Insulation resistance:

10 MΩ minimum (between AC line and

 

chassis, 500 V)

Dielectric strength:

1500 VAC rms. 1 minute (between AC line

 

and chassis)

1.1.11 Physical Specifications

Dimensions:

25.16 in. (W) × 15.83 in. (D) × 10.12 in (H)

 

639 mm (W) × 402 mm (D) × 257 mm (H)

(with CSF bin 1):

25.16 in. (W) × 18.46 in. (D) × 14.96 in (H)

 

639 mm (W) × 469 mm (D) × 380 mm (H)

(with CSF bin 2):

25.16 in. (W) × 23.54 in. (D) × 16.18 in (H)

 

639 mm (W) × 598 mm (D) × 411 mm (H)

Weight:

Approx. 28.66 lb (13 kg)

(with CSF bin 1):

Approx. 35.94 lb (16.3 kg)

(with CSF bin 2):

Approx. 37.92 lb (17.2 kg)

1.1.12 Reliability

 

Total print volume:

7.5 million lines (except print head)

MTBF:

10,000 power-on hours (POH)

Print head life:

Approx. 300 million characters

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Contents 659,&0$18$ FCC Compliance Statement For American Users Trademarks Precautions Preface Table of Contents Page Page Product Description Print Speed and Printable Columns SpecificationsPrinting Specifications Character Printable Printing Speed cpsPrintable Area ResolutionPrinting Mode Vertical Adjacent Dot Density dpiContinuous Paper EnvelopesPostcards Roll PaperPaper Feed Specifications Paper SpecificationsFront Entry Rear Entry Minimum Maximum Minimum Maximum Front Entry Rear Entry Bottom Entry Min Max Interface Specifications Software SpecificationsFront Entry Bottom Entry Minimum Maximum Environmental Conditions Electrical SpecificationsPhysical Specifications ReliabilityOperation LEDs Button FunctionLEDs Color Description Beeper Error Beep PatternPaper Release Lever Positions Lever Position DescriptionPaper Thickness Lever Positions Turning on the Double-strike ModeSpecial Functions Printing a Self TestUsing the Bidirectional Adjustment Mode Changing Default SettingsSetting Options Clearing the Eeprom Consumables and OptionsPrinting a Hex Dump ConsumablesOperating Principles Overview Printer MechanismBoard Input Voltage Fuse F1 Rating Power Supply CircuitPower Supply Circuit Operation Output Voltage ApplicationsControl Circuit Control Circuit OperationComponent Functions CPU IC2+$375 Troubleshooting Information Print HeadSensors Sensor Test PointsError Conditions MotorsUnit Level Troubleshooting Symptom Problem Description FlowchartFlowchart Abnormal Paper Feeding Abnormal Power Operation Repairing the Power Supply Board Problem Cause Checkpoint SolutionWaveform Repairing the Main Board Assembly Problem Cause Checkpoint Solution15. Waveform Repairing the Printer Mechanism Repairing the Printer MechanismFFC TOP Troubleshooting Disassembly and Assembly Tools PrecautionsDescription Specification ToolSpecifications for Screws Abbreviation Part NameService Check After Repair Category Item to Question to Answer CheckmarkDisassembly and Assembly Whenever you repair the printer, wipePreparing to Disassemble the Printer Rear tractor tab 1Removing the Panel Board Assembly Removing the Panel Board AssemblyConnecting the Print Head FFCs Removing the Print HeadRemoving the PW Sensor Assembly Removing the HP Sensor10. Installing the PW Sensor Assembly Removing the Ribbon MaskRemoving the Upper Housing Assembly 13. Removing the Upper Housing AssemblyRemoving the Platen Assembly 15. Removing the Platen AssemblyRemoving the Case Open Sensor Assembly Removing the Platen Gear18. Removing the Case Open Sensor Assembly Removing the Printer MechanismConnector Pins CN9Removing the CR Motor Assembly 21. Removing the CR Motor AssemblyRemoving the PF Motor Assembly 22. Removing the PF MotorRemoving the PG Sensor Assembly 23. Removing the PG Sensor AssemblyRemoving the Right Sub Frame Assembly Removing the Right Frame AssemblyDisassembling the Right Frame Assembly $-86701727. Engaging the Right Frame Assembly Gears 1 Removing the Left Frame Assembly 29. Engaging the Tractor Clutch CamRemoving the Ribbon Drive RD Assembly 30. Removing the Left Frame AssemblyRemoving the CR Assembly Tightening torque for the two CBS screws34. Inserting the Timing Belt Removing the Rear PE Sensor Assembly 36. Installing the Rear CR Guide Shaft38. Removing the Front PE Sensor Assembly 39. Removing the Upper Shield Plate and Upper I/F Removing the Power Supply Board Assembly 41. Removing the Power Supply Board AssemblyAdjustments Adjustment Overview Required AdjustmentsAdjustment Tools Adjusting and Resetting the Printer Platen Gap/Parallelism AdjustmentSetting the PG Adjustment Lever Bidirectional Print Alignment Bi-d Adjustment Adjusting the Parallelism of the Carriage Guide ShaftPerforming the Bi-d Adjustment Using the Settings Diskette Destination SettingPerforming the Bi-d Adjustment from the Control Panel Bi-d Adjustment MenuFactory Settings 11. Pitch LightsTPE Level Reset TPE level. Check that the reset value is FF17. Main Menu Adjustments Maintenance Preventive Maintenance Lubrication Name Quantity Availability Part NumberMaintenance Ref. No Lubrication Points Quantity LubricantLubrication Points 1 Appendix Connector Summary Board Connector Function PinsSignal Name Function Pin Signal Name Function Table A-8. Connector Pin Assignments − CN9 Table A-13. Connector Pin Assignments − CN14 Circuit Board Component Layout Diagrams Figure A-3. C244 Main Board Component Layout Diagram 2Figure A-4. C166 PSB Board Component Layout Diagram Circuit Board and Exploded Diagrams Page DB1 A t s in k Q 1 , D 5 Page Exploded Diagram for FX-21801 Exploded Diagram for FX-21802 Exploded Diagram for FX-21803