Night Mode, Night stand-by mode, Night mode | Toshiba E-STUDIO900

2.12.5 NIGHT MODE

This is used instead of auto off mode when an optional scanner/printer unit is installed.

There are two types of night mode: Night Stand-by Mode and Night Mode. The difference between night stand-by mode and night mode is the machine’s condition when the machine enters auto off mode.

Entering night stand-by and night modes

The machine enters the night stand-by mode and night modes when one of the following is done.

•The operation switch is pressed to turn the power off

•The auto off timer runs out (the operation switch is then turned off, but the main power switch stays on)

If the machine is in one or more of the following conditions, the machine enters night stand-by mode. If not, the machine enters night mode.

•Error or SC condition

•Image data is stored in the memory

•An original is in the ADF

•The ADF is open

•Paper is left in the duplex unit or staple tray

What happens in night stand-by and night modes

When the machine enters either of these modes, the fusing lamp and operation switch turn off, and only the main power LED is lit.

Night stand-by mode

The system +5V and +24 V are supplied to all components.

Night mode

The system +5V supply is also turned off. However, +5VE (+5V for energy saver mode) is still activated. When the machine detects a signal from the PC, the machine goes back to night stand-by mode and the system +5V and +24V supplies are activated. Then the machine receives the incoming message and prints it.

Returning to stand-by mode

The machine returns to stand-by mode when the operation switch is pressed.

		Operation	Energy		System
	Mode		Saver	Fusing Temp.		Note
		Switch			+5V
			LED

	Night stand-	Off	Off	Room Temp.	On
	by mode			(Fusing lamp off)

	Night mode	Off	Off	Room Temp.		Only +5VE/+12VE is
					Off	supplied to the
				(Fusing lamp off)
						controller, MB, HDD.

PTM

2-89

B070/B071

Image 114

Toshiba E-STUDIO900 Night Mode, Entering night stand-by and night modes, What happens in night stand-by and night modes

Contents

Technical Training Program  2003 Tabs Corporation. All rights reserved Page 1050 Toshiba900 Finisher B478 Introduction Page Flowchart for PRE-TRAINING Manual Contents IMPORTANT Safety Notices Safety and Ecological Notes for Disposal Laser Safety Conventions in this Manual Section Overall Information Page Specifications Copier Engine RAM Power Consumption North America Version Unit W Noise Emission 2 ADF Machine Configuration Machine Comments Code Component Layout Overview Paper Path ADF Copy Process Exposure Laser Exposure Section Detailed Descriptions Page Document Feeder PICK-UP Roller Release Bottom Plate Lift PICK-UP and Separation Original Feed Original Width Original Size DetectionOriginal Length Original Width Sensor Location Original Transport Original Skew Correction Original Inversion and FEED-OUT General Operation Original Inversion Original Exit Single-Sided Original Mode Original Exit Double-Sided Original Mode Scanning Overview Scanner Drive Magnification and Reduction Original Size Detection A4 SEF Image Processing Image Processing Steps and Related SP Modes Image Processing Overview Image Processing Flow PTM Mode Setting Function Image Processing Modes PTM Image Quality SP Adjustments Custom Settings for Each Mode Image QualityCustom Setting Text Mode Image Quality Custom Setting Photo Mode Dithering Image Quality Custom Setting Photo Mode Error Diffusion Image QualityCustom Setting Text/Photo Mode Image Quality Custom Setting Pale Mode Image Quality Custom Setting Generation Mode Image Quality Custom Setting Photo Mode Line Width Correction Custom Settings for Each Mode Line Width CorrectionCustom Setting Text Mode Line Width Correction Custom Setting Text/Photo Mode Line Width Correction Custom Setting Pale Mode Line Correction Custom Setting Generation Copy Line Width Correction Settings Adjustable for Each Original Mode Independent Dot EraseBackground Erase Photo Mode Dithering Relation Between the SP and UP SettingsText Mode Photo Mode Error Diffusion Text/Photo Mode Pale ModeGeneration Copy Laser Exposure Auto Power Control APC Laser Exposure Mechanism LD Safety Switches MULTI-BEAM Line Exposure Polygon Mirror Motor 6 1200-DPI Resolution LDA Optical Path What Happens at Power On Drum UnitProcess Control Drum Unit Components Drum Drive Drum Charge Overview Charge Corona Wire Cleaning Drum Cleaning Cleaning Unit Drive Cleaning Blade Pressure and Side-to-Side Movement Others Air Flow Around the Drum Drum Pick-off Pawls Drum Quenching Development Development Mechanism Drive Crossmixing Development Bias Toner Supply and Recycling Toner Bottle Switching Mechanism Toner Bank Toner Near-end, Toner End, Bottle Replacement PTM Toner Bottle Sensors Supplying Toner to the Development Unit PTM Toner Hopper Toner Supply Toner Hopper Empty Detection Toner Recycling and Waste Toner Collection Toner Recycling Paper Feed Drive Vertical Transport Paper Registration Image Transfer and Paper Separation Transfer Belt Unit Lift Transfer Belt Cleaning Toner Collection Drum ANTI-CONDENSATION Heater Fusing OIL Supply and Cleaning PTM Sheets Mode *2 Near-End Paper EXIT/DUPLEX Inverter Feed-in and Jogging Feed-out Duplex Tray Feed Mechanism Basic Duplex Feed Operation Length up to A4/Letter LEF PTM ⇒ 2 ⇒ Longer than A4/Letter LEF PTM Energy Saver Mode Energy Conservation Modes What happens in energy saver mode Energy Saver ModeEntering the energy saver mode Return to stand-by mode LOW Power Mode Entering the low power modeWhat happens in low power mode What happens in auto off mode Auto OFF ModeEntering auto off mode Returning to stand-by mode Night mode Night ModeNight stand-by mode Entering night stand-by and night modes Section Service Tables Page Service Program Mode Operation To Enter and Exit the SP ModeTo Switch to the Copy Window for Test Printing Using the SP Mode Direct Entry SP Mode Button Summary Here is a short summary of the touch-panel buttons Service Table Key Service Program Mode TablesCopier Service Program Mode Tables SP1-nnn Feed User Program Mode Entering and Exiting User Program Mode PTM Section Installation Page Installation Requirements Environment Machine Level Minimum Space Requirements Copier + Finisher + LCT + By-pass TrayCopier + Finisher Dimensions Side ViewTop View Power Requirements Main Power SwitchOperation Power Switch Accessories Copier B070/B071 Description Qty Section Large Capacity Tray Page 51/2 x81/2 Overall Mechanical Information Mechanical Component Layout Symbol Name Function Clutches Electrical Component Descriptions Symbol Name Function Drive Layout Detailed Descriptions Paper Feed PICK-UP and Feed FRR Separation Roller Release Paper Lift Tray DetectionLift Mechanism Lift Sensor Paper Size Detection Top Tray Tray 1 and Middle Tray TrayBottom Tray Tray Remaining Paper Detection Paper END Detection Section SR860 Booklet Finisher Page Lower Tray SR860 3000 Sheet Booklet Finisher B468Upper Tray Proof Tray Staple Specifications Booklet Staple Specifications Punch Unit B377 Mechanical Compnent Layout Drive Layout PTM TRAY/STAPLER Junction Gates Proof Tray Top of the unit Paper is sent to the top tray PRE-STACKING Vertical Lift Mechanism Upper Tray Just After the Power is Switched onHeight Adjustment During Feed-Out Upper Tray Full Lower Tray Height Adjustment During Feed-out Lower TrayPositioning the Lower Tray for Feed-out Lower Tray Full Shift Roller Horizontal Movement Shift MechanismShift Roller Rotation Exit Guide Plate Paper Positioning Vertical AlignmentHorizontal alignment Stapler Stapling Mechanism Stapler Movement Horizontal Stapler Movement Rotational Stapler Movement Feed OUT Booklet Finishing Booklet Stapling and Folding Initial Folding Final Folding and FEED-OUT Punch Unit B377 Option Punch Drive Mechanism PTM Punch Waste Collection Section Sheet Finisher Page Specification SR840 3000 Sheet Finisher B478 Specification Punch Unit B531 DIP SW Settings Specification Punch Unit A812 Specification Jogger Unit B513 Mechanical Component Layout Symbol Name Function Motors Electrical Component Description Symbol Name Function Upper Tray Junction Drives the tray junction gate Gate 3 4 Upper Tray Mode Sort/Stack Mode Staple Mode Tray and Stapler Junction Gate Paper PRE-STACKING Jogger Unit Paper Positioning Stapler Unit Movement Side-to-Side Rotation Stapler PTM FEED-OUT Paper Exit Stacking Stand-by Mode Shift Tray Sort/Stack Mode Shift Mode Staple ModeShift Tray UP/DOWN Movement Shift Tray Lower Limit Detection Shift Tray SIDE-TO-SIDE Movement JAM Conditions Punch Unit B531 Option Punch Unit Drive Punch Waste Collection Jogger Unit B513 Option Jogger Unit Mechanical Layout Jogger Unit Drive Section Cover Interposer Tray MJ-7002 Page Cover Interposer Tray Type 1075 B470 Overall Machine Information Main Layout Drive Layout Paper Path Bottom Tray Lift Power OnPaper Separation and Feed Paper Near-end Paper Size Detection Table below lists the sensor output for each paper size B064/B065 Correct Paper Size Display B070/B071 Paper Size Detection Section Multi Bypass Tray Page Multi Bypass Tray Type 2105 B512 Overall Machine Information Electrical Component Layout Electrical Component Descriptions MC9 Drive Layout Detailed Descriptions Paper Feed Paper Size Detection Table below lists the sensor output for each paper size B064/B065 Correct Paper Size Display