
Chapter 11
11-18
(Purpose: To lower the temperature in the machine)
Returning condition to standby mode (Sleep -> Standby)
- When the power switch of the control panel is turned on.
5. Power-Off mode
The power-off mode is the state that the main power of the machine is switched off.
To return from the power-off mode, it is the only way that the main power is switched on.
When the main power is switched on, the machine will return to standby mode automatically.
11.4.4.4 Outline
0008-9632
/ iR85+
1. Standby mode
The machine in this mode is either in operation or in the state that it can start operation at anytime, and all of the power supplies are turned on.
2. Power-saving mode
Depending on the setting rate of power-saving (which can be changed by operating "Energy Saver Mode" in User mode, 10% by default), the machine in
this mode lowers the controlled temperature of the fixing assembly on standby, and that leads to reduce the power consumption.
Shifting condition from standby mode (Standby -> Power-saving)
- When pushing down the power-saving key.
Returning condition to standby mode (Power-saving -> Standby)
- When pushing down the power-saving key.
- When the power switch of the control panel is turned on.
3. Low-power mode
The machine in this mode is in the state that the temperature of the fixing assembly is lowered (140 deg. C), and that leads to reduce the power consumption
of the main body.
Shifting condition from standby mode/power-saving mode (Standby -> Low-power)
- When a specific period of time (which can be changed by operating " Low-power Mode Time" in User mode, 15 min. by default) has passed after the
state of standby/power-saving mode continued for a certain period of time.
Returning condition to standby mode (Low-power -> Standby)
- When pushing down the power-saving key.
- When the power switch of the control panel is turned on.
MEMO:
When "Low-power Mode Time" has the same setting value with "Auto Sleep Time" and the setting time has passed on standby, the machine will shift to
sleep mode (not to low-power mode).
4. Sleep mode
The machine has two types of sleep mode, one is "Sleep mode 1"; the power consumption in this mode is high, and the other is "Sleep mode 3"; the power
consumption in this mode is low. The machine will shift to either of the two depending on the setting or presence/absence of job.
Shifting condition (Standby/Power-saving/Low-power -> Sleep)
- When a specific period of time (which can be changed by operating "Auto Sleep Time" in User mode, 60 min. by default) has passed after the state of
standby mode continued for a certain period of time.
- When the power switch of the control panel is turned off on standby.
The machine will shift to sleep mode in either of the following two ways depending on the surface temperature of the fixing roller at the time of satisfying
the shifting condition to sleep.
<When the surface temperature of the fixing roller is 163 deg. C or less. >
-> The machine will shift to sleep mode immediately.
<When the surface temperature of the fixing roller exceeds 163 deg. C. >
-> After the exhaust fan drives for 15 min., the machine will shift to sleep mode.
(Purpose: To lower the temperature in the machine)
Returning condition to standby mode (Sleep -> Standby)
- When the power switch of the control panel is turned on.
5. Power-Off mode
The power-off mode is the state that the main power of the machine is switched off.
To return from the power-off mode, it is the only way that the main power is switched on.
When the main power is switched on, the machine will return to standby mode automatically.
11.4.4.5 Power Supply Mode
0006-9829
iR105
The machine affects its power supplies as follows: +3.3 V all night (3.3 VB), +3.3 V non-all night (3.3 VA), +5 V non-all night (5 V), +24 V:
Summary of Contents for ImageRunner iR8500 Series
Page 1: ...Apr 5 2005 Service Manual iR8500 Series ...
Page 2: ......
Page 6: ......
Page 32: ...Contents ...
Page 33: ...Chapter 1 Introduction ...
Page 34: ......
Page 98: ......
Page 99: ...Chapter 2 Installation ...
Page 100: ......
Page 180: ...Chapter 2 2 78 F 2 272 2 1 1 3 ...
Page 181: ...Chapter 3 Basic Operation ...
Page 182: ......
Page 184: ......
Page 207: ...Chapter 4 Main Controller ...
Page 208: ......
Page 245: ...Chapter 4 4 35 F 4 72 1 2 ...
Page 246: ......
Page 247: ...Chapter 5 Original Exposure System ...
Page 248: ......
Page 252: ......
Page 306: ......
Page 307: ...Chapter 6 Image Processing System ...
Page 308: ......
Page 310: ......
Page 319: ...Chapter 7 Laser Exposure ...
Page 320: ......
Page 322: ......
Page 335: ...Chapter 8 Image Formation ...
Page 336: ......
Page 340: ......
Page 399: ...Chapter 9 Pickup Feeding System ...
Page 400: ......
Page 404: ......
Page 482: ......
Page 483: ...Chapter 10 Fixing System ...
Page 484: ......
Page 524: ......
Page 525: ...Chapter 11 External and Controls ...
Page 526: ......
Page 530: ......
Page 583: ...Chapter 12 MEAP ...
Page 584: ......
Page 586: ......
Page 589: ...Chapter 13 Maintenance and Inspection ...
Page 590: ......
Page 592: ......
Page 610: ...Chapter 13 13 18 F 13 17 1 2 3 ...
Page 648: ......
Page 649: ...Chapter 14 Standards and Adjustments ...
Page 650: ......
Page 654: ......
Page 723: ...Chapter 15 Correcting Faulty Images ...
Page 724: ......
Page 728: ......
Page 792: ......
Page 793: ...Chapter 16 Self Diagnosis ...
Page 794: ......
Page 796: ......
Page 841: ...Chapter 17 Service Mode ...
Page 842: ......
Page 1076: ......
Page 1077: ...Chapter 18 Upgrading ...
Page 1078: ......
Page 1080: ......
Page 1108: ...Chapter 18 18 28 F 18 45 3 Click Start F 18 46 4 Click Save F 18 47 5 Click OK ...
Page 1111: ...Chapter 19 Service Tools ...
Page 1112: ......
Page 1114: ......
Page 1120: ......
Page 1121: ...Apr 5 2005 ...
Page 1122: ......