Ricoh B230 Service Manual

							 
SM 5-285 B230/B237 
Service 
Tables 
 Displays the signals received from sensors and switches of the booklet finisher. 
(Output Check Table) 
 
6146 [FIN (KAN) OUPUT Check] Finisher (B792) Output Check 
 Displays the signals received from sensors and switches of the booklet finisher. 
(Output Check Table) 
 
SP7-XXX (Data Log) 
[Total SC Counter] 
7401 
Displays the number of SC codes detected. 
7401 1  SC Counter  *CTL
[0 to 9999 / 0 / 1/step ] 
 
[SC History] 
7403 Logs the SC codes detected. 
The 10 most recently detected SC Codes are not displayed on the screen, but 
can be seen on the SMC (logging) outputs. 
7403 1  Latest 
7403 2  Latest 1 
7403 3  Latest 2 
7403 4  Latest 3 
7403 5  Latest 4 
7403 6  Latest 5 
7403 7  Latest 6 
7403 8  Latest 7 
7403 9  Latest 8 *CTL -  
						

							 
B230/B237 5-286  SM 
7403 10  Latest 9 
 
[Total Paper Jam Counter] 
7502 
Displays the total number of jams detected. 
7502 1  Total Jam * 
CTL [0 to 9999 / 0 / 1 sheet/step ] 
 
[Total Original Jam Counter] 
7503 
Displays the total number of original jams. 
7503 1  Original Jam counter  *CTL
[0 to 9999 / 0 / 1 original/step ] 
 
[Paper Jam Location] 
ON: On check, OFF: Off Check 
7504 
Displays the number of jams according to the location where jams were 
detected. 
NOTE: The LCT is counted as the 3rd feed station. 
7504 1  At Power On  *CTL
7504 3  Tray 1: ON  *CTL
7504 4  Tray 2: ON  *CTL
7504 5  Tray 3: ON  *CTL
7504 6  Tray 4: ON  *CTL
7504 8  Bypass: ON  *CTL
7504 9  Duplex: ON  *CTL
7504 11  Vertical Transport 1: ON *CTL
7504 12  Vertical Transport 2: ON *CTL
7504 13  Bank Transport 1  *CTLFor details, see the Jam Detection in the 
Troubleshooting (section 4).  
						

							 
SM 5-287 B230/B237 
Service 
Tables 
7504 17  Registration: ON  *CTL
7504 18  Fusing Entrance: ON  *CTL
7504 19  Fusing Exit: ON  *CTL
7504 20  Paper Exit: ON  *CTL
7504 21  Relay Exit: ON  *CTL
7504 22  Relay Transport: ON  *CTL
7504 25  Duplex Exit: ON  *CTL
7504 26  Duplex Reverse: ON  *CTL
7504 27  Duplex Entrance: ON  *CTL
7504 28  1+Y59 Bin Exit Sensor  *CTL
7504 51  SEF Sensor 1  *CTL
7504 52  SEF Sensor 2  *CTL
7504 53  Bank SEF Sensor 1  *CTL
7504 54  Bank SEF Sensor 2  *CTL
7504 57  Regist Sensor  *CTL
7504 59  Fusing Exit Sensor  *CTL
7504 60  Exit Sensor  *CTL
7504 61  Relay Exit Sensor  *CTL
7504 62  Relay Sensor  *CTL
7504 65  Duplex Exit Sensor  *CTL
7504 66  Duplex Entrance Sensor *CTL
7504 68  1-Bin Exit: ON  *CTL
7504 100  Finisher Entrance    *CTL 
						

							 
B230/B237 5-288  SM 
7504 101  Finisher Shift Tray Exit    *CTL
7504 102  Finisher Staple  *CTL
7504 103  Finisher Exit    *CTL
7504 104  Finisher Drive Motor  *CTL
7504 105  Finisher Tray Lift Motor  *CTL
7504 106  Finisher Jogger Motor  *CTL
7504 107  Finisher Shift Motor  *CTL
7504 108  Finisher Staple Motor    *CTL
7504 109  Finisher Exit Motor  *CTL
7504 130  Finisher Entrance  *CTL
7504 131  Finisher Proof Exit  *CTL
7504 132  Finisher Shift Tray Exit  *CTL
7504 133  Finisher Staple Exit  *CTL
7504 134  Finisher Exit  *CTL
7504 135  Finisher Folding  *CTL
7504 136  Finisher Folding Exit  *CTL
7504 137  Finisher Guide Motor  *CTL
7504 138 Finisher Staple Moving 
Motor *CTL
7504 139  Finisher Punch Motor  *CTL
7504 140  Finisher Tray Lift Motor  *CTL
7504 141  Finisher Jogger Motor  *CTL
7504 142 Finisher Shift Roller 
Motor *CTL 
						

							 
SM 5-289 B230/B237 
Service 
Tables 
7504 143 Finisher Folding Plate 
Motor *CTL
7504 144  Finisher Staple Motor  *CTL
7504 145  Finisher Exit Motor  *CTL
7504 146 Finisher Stack 1 
Release Motor *CTL
7504 147 Finisher Stack 2 
Release Motor *CTL
7504 148  Finisher Stopper Motor  *CTL
7504 160  Finisher Entrance: ON  *CTL
7504 161  Finisher Entrance: OFF  *CTL
7504 162  Finisher Stack Exit  *CTL
7504 163  Finisher Staple  *CTL
7504 164  Finisher Staple Cancel  *CTL
7504 165  Finisher Jogger Motor  *CTL
7504 166 Finisher Pickup Lift 
Motor *CTL
7504 167  Finisher Staple Slide  *CTL
7504 168  Finisher Stack Tray  *CTL
7504 169 Finisher Belt Lift 
Solenoid *CTL
7504 230 Finisher Exit No 
Response *CTL
7504 231 Finisher Communication 
Error *CTL
  
						

							 
B230/B237 5-290  SM 
[Original Jam Detection] 
7505 
Displays the total number of original jams by location. 
7505 1  At Power On 
7505 3  Skew Correction: ON 
7505 4  Registration: ON 
7505 5  Paper Exit: ON 
7505 53  Skew Correction: OFF 
7505 54  Registration: OFF 
7505 55  Paper Exit: OFF *CTL - 
 
[Jam Count by Paper Size] 
7506 
Displays the number of jams according to the paper size. 
7506 5  A4 LEF 
7506 6  A5 LEF 
7506 14  B5 LEF 
7506 38  LT LEF 
7506 44  HLT LEF 
7506 132  A3 SEF 
7506 133  A4 SEF 
7506 134  A5 SEF 
7506 141  B4 SEF 
7506 142  B5 SEF 
7506 160  DLT SEF 
7506 164  LG SEF *CTL
[0 to 9999 / 0 / 1 sheet/step ]  
						

							 
SM 5-291 B230/B237 
Service 
Tables 
7506 166  LT SEF 
7506 172  HLT SEF 
7506 255  Others 
 
[Plotter Jam History] 
7507 
Displays the 10 most recently detected paper jams. 
7507 1  Latest 
7507 2  Latest 1 
7507 3  Latest 2 
7507 4  Latest 3 
7507 5  Latest 4 
7507 6  Latest 5 
7507 7  Latest 6 
7507 8  Latest 7 
7507 9  Latest 8 
7507 10  Latest 9 *CTL - 
 
[Original Jam History] 
7508 
Displays the 10 most recently detected original jams. 
7508 1  Latest 
7508 2  Latest-1 
7508 3  Latest-2 
7508 4  Latest-3 
7508 5  Latest-4 *CTL
   -  
						

							 
B230/B237 5-292  SM 
7508 6  Latest-5 
7508 7  Latest-6 
7508 8  Latest-7 
7508 9  Latest-8 
7508 10  Latest-9 
 
7801 [ROM No./Firmware Version]  
7801 255  Engine  - Displays all versions and ROM numbers in 
SP7-910 and SP7-911.   
 
7803 [PM Counter Display] 
  (Page, Unit, [Color]) 
 Displays the number of sheets printed for each current maintenance unit. 
PM counters click up based on the number of A4 (LT) LEF size sheets 
printed. Therefore, the A3 (DLT) Double Count is activated. The Double Count 
cannot be deactivated. 
When a unit is replaced, the machine automatically detects that the new unit 
is installed. Then, the current PM counter value is automatically moved to the 
PM Counter - Previous (SP7-906-1 to 10) and is reset to “0”. 
The total number of sheets printed with the last unit replaced can be checked 
with SP7-906-1 to 10. 
NOTE: The LCT is counted as the 3rd feed station. 
7803 1  Paper 
7803 2  Page: PCU: Bk 
7803 3  Page: PCU: M 
7803 4  Page: PCU: C 
7803 5  Page: PCU: Y *ENG
[0 to 9999999 / 0 / 1 page/step ]  
						

							 
SM 5-293 B230/B237 
Service 
Tables 
7803 6 Page: Development 
Unit: Bk 
7803 7 Page: Development 
Unit: M 
7803 8 Page: Development 
Unit: C 
7803 9 Page: Development 
Unit: Y 
7803 10  Page: Developer: Bk 
7803 11  Page: Developer: M 
7803 12  Page: Developer: C 
7803 13  Page: Developer: Y 
7803 14  Page: Image Transfer 
7803 15  Page: Cleaning Unit 
7803 16  Page: Fusing Unit 
7803 17 Page: Paper Transfer 
Unit 
7803 18 Page: Toner Collection 
Bottle 
 Displays the number of revolutions of motors or clutches for each current 
maintenance unit. 
[ 0 to 9999999 / 0 / 1 revolution/step ] 
When a unit is replaced, the machine automatically detects that the new unit 
is installed. Then, the current PM counter value is automatically moved to the 
PM Counter - Previous (SP7-906-11 to 20) and is reset to “0”. The total 
number of revolutions made with the last unit replaced can be checked with 
SP7-906-11 to 20. 
7803 31  Rotation: PCU: Bk  *ENG [0 to 999999999 / - / 1 mm/step ]    
						

							 
B230/B237 5-294  SM 
7803 32  Rotation: PCU: M 
7803 33  Rotation: PCU: C 
7803 34  Rotation: PCU: Y 
7803 35 Rotation: Development 
Unit: Bk 
7803 36 Rotation: Development 
Unit: M 
7803 37 Rotation: Development 
Unit: C 
7803 38 Rotation: Development 
Unit: Y 
7803 39  Rotation: Developer: Bk 
7803 40  Rotation: Developer: M 
7803 41  Rotation: Developer: C 
7803 42  Rotation: Developer: Y 
7803 43 Rotation: Image 
Transfer Belt 
7803 44  Rotation: Cleaning Unit 
7803 45  Rotation: Fusing Unit 
7803 46 Rotation: Paper 
Transfer Unit 
7803 47 Measurement: Toner 
Collection bottle 
 Displays the value given by the following formula: 
(Current revolution ÷ Target revolution) × 100. This shows how much of the 
unit’s expected lifetime has been used up. 
The Rotation% counter is based on rotations, not prints. If the number of