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ＭＴＢ０５０４００３
NEO SUNNY Model: GDA/GDB/GSA/GSB/GDF/GSC/GDN/GSN
Remote Controller Operation Manual
TATSUNO CORPORATION
© TATSUNO CORPORATION. All rights reserved. No part of this manual may be copied or reproduced in any form or by any means without the prior written consent of TATSUNO CORPORATION. The information in this manual is subject to change without notice and should not be construed as a commitment by TATSUNO. TATSUNO has taken great effort to verify the accuracy of this manual but assumes no responsibility for any technical inaccuracies or typographical errors.
Suggestions If you have any suggestions as to how we can improve the quality and/or readability of this manual, then we would be happy to hear from you. We can be contacted at the following address: International Marketing Department TATSUNO CORPORATION 12-13 Shibaura 2-Chome Minato-ku Tokyo Japan FAX NO. 81-3-3452-6082
Revision history Materials management number
Year/month/ day
MTB0504003
05.04.01
Description Newly created
Category
Person in charge
New creation
Onose
Table of Contents 1.
Registration Function ........................................................................................................................... 1-1 1.1 Oil company mode and Maintenance mode .................................................................................... 1-6
2.
Keys On the Remote Control ............................................................................................................... 2-1
3.
Notes On Registration........................................................................................................................... 3-1 3.1 Notes on installation........................................................................................................................ 3-1 3.2 Notes on the use of the remote control............................................................................................ 3-2 3.3 Nozzle number assignment ............................................................................................................. 3-3
4.
Direct Designation of Registration Process Code ............................................................................... 4-1
5.
Totalizer Readout Mode ....................................................................................................................... 5-1 5.1 Totalizer readout.............................................................................................................................. 5-2 5.2 Daily totalizer read .......................................................................................................................... 5-4 5.3 Cash unit price readout.................................................................................................................... 5-6 5.4 Credit unit price readout.................................................................................................................. 5-8
6.
User Registration Mode........................................................................................................................ 6-1 6.1 Readout/registration of totalizer...................................................................................................... 6-3 6.2 Readout/reset of daily totalizer ....................................................................................................... 6-5 6.3 Cash unit price readout/registration ................................................................................................ 6-7 6.4 Credit unit price readout/registration .............................................................................................. 6-9 6.5 Password registration .................................................................................................................... 6-11 6.6 Fueling limitation .......................................................................................................................... 6-12 6.7 POS connection method ................................................................................................................ 6-13 6.8 Dispenser number.......................................................................................................................... 6-14 6.9 Fuel type code ............................................................................................................................... 6-15 6.10 Unit designation of integer fueling................................................................................................ 6-16 6.11 Keypad setting............................................................................................................................... 6-17 6.12 Unit price display shutoff time after completion of fueling .......................................................... 6-19 6.13 Oil company mode password registration ..................................................................................... 6-20
7.
Maintenance Mode................................................................................................................................ 7-1 7.1 Country code ................................................................................................................................... 7-3 7.2 First indication................................................................................................................................. 7-4 7.3 Calculation method of amount preset.............................................................................................. 7-5 7.4 Number of decimal places (amount, quantity, and unit price)...................................................... 7-6 7.5 Monetary unit ratio of amount and unit price.................................................................................. 7-7 7.6 Enabling/disabling zero suppress .................................................................................................... 7-8 7.7 Preset quantity and amount rounding designation.............................................................................. 7-9 7.8 Slowdown position for preset fueling ........................................................................................... 7-10 7.9 Leak detection time for submersible pump ................................................................................... 7-11 7.10 Slowdown time for pulse stop ....................................................................................................... 7-12 7.11 Pump lock time after change of displayed unit price........................................................................ 7-13 7.12 Pump lock time for pulse stop....................................................................................................... 7-14 7.13 Fueling mode................................................................................................................................. 7-15 7.14 Error detection time for serial communications ............................................................................ 7-17 7.15 Enabling/disabling sub unit price display ..................................................................................... 7-18 7.16 Readout of error occurrence status................................................................................................ 7-19
7.17 Readout of dip switch settings ...................................................................................................... 7-21 7.18 Readout/registration of energization time ..................................................................................... 7-22 7.19 Readout/registration of fueling count............................................................................................ 7-23 7.20 Readout/registration of power-on/off count .................................................................................. 7-24 7.21 Revision history of instrumental error adjustment ........................................................................ 7-25 7.22 Registering instrumental error adjustment value........................................................................... 7-26 7.23 Display test.................................................................................................................................... 7-30 7.24 Initialization of registered data...................................................................................................... 7-32 7.25 Calendar registration ..................................................................................................................... 7-33 7.26 Readout of program version .......................................................................................................... 7-34 8.
List of Default Values ............................................................................................................................ 8-1
1. Registration Function The registration function with the remote control is available in the following 3 modes and lets you read out and register the settings of data and specifications without opening the panel of the dispenser. (1) Totalizer readout mode (2) User Registration mode (3) Maintenance mode (4) Oil Company mode The following table provides the list of processes. Mode
Code
Item
Default value
Readout
01
Totalizer readout (quantity: L/amount: A)
0
02
Daily totalizer readout (quantity: L/amount: A)
0
03
Cash unit price readout
0
04
Credit unit price readout
0
05
Reserved
06
Reserved
07
Reserved
08
Reserved
09
Reserved
1-1
Mode
Code
Item
Default value
User / maintenance / Oil Co.
10
Reserved
11
Totalizer readout/registration (quantity: L/amount: A)
0
12
Daily totalizer readout/reset (quantity: L/amount: A)
0
13
Cash unit price readout/registration
0
14
Credit unit price readout/registration
0
15
Password registration (User)
16
Fueling limitation
17
Reserved
18
POS connection mode
2
19
Dispenser number
0
20
Fuel type code
21
Unit designation of integer fueling (quantity/amount)
22
Reserved
23
Reserved
24
Keypad setting
25
Reserved
26
Unit price display shutoff time after completion of fueling
27
Reserved
28
Reserved
29
Password registration (Oil Co.)
2222 *1
9900.00
1, 2, 3, 4 *2
0,0
*2
3
*2
0
*1 If the specified country code is South Korea, Vietnam, or Oman, 990.000L. *2 These items are changed according to the initialization data for each country when setting the country code.
1-2
Mode
Code
Item
30
Country code
31
Reserved
32
First indication
33
Reserved
34
Reserved
35
Reserved
36
Default value
Maintenance
*1
0
*1
8
Calculation method of amount preset
*1
0
37
Number of decimal places (amount, quantity, and unit price)
*1
2, 2, 2
38
Monetary unit ratio of amount and unit price
*1
1
39
Enabling/disabling zero suppress
*1
1
40
Fixed quantity and fixed amount rounding designation
*1
1
41
Slowdown position for preset fueling
*1
0.8L *3 before for all fuel types
42
Reserved
43
Leak detection time for in-oil pump
*1
3
44
Slowdown time for pulse stop
*1
0
45
Pump lock time after change of displayed unit price
*1
0
46
Pump lock time for pulse stop
*1
0
47
Fueling mode
48
Error detection time for serial communications
49
Reserved
*2
1 *1
30
∗1 These items are changed according to the initialization data for each country when setting the country code. ∗2 Should be 50 for the Super heavy duty dispenser. ∗3 Should be 1.2L before the target value with the Super heavy duty dispenser.
1-3
Mode
Code
Item
Default value
Maintenance
50
Enabling/disabling sub unit price display
51
Reserved
52
Reserved
53
Reserved
54
Reserved
55
Reserved
56
Reserved
57
Reserved
58
Reserved
59
Reserved
60
Readout of error occurrence status
61
Readout of DIP switch settings
62
Readout/registration of energization time
0
63
Readout/registration of the number of fueling operations
0
64
Readout/registration of the number of power-on/off operations
0
65
Reserved
66
Reserved
67
Reserved
68
Reserved
69
Revision history of instrumental error adjustment value
70
Reserved
71
Reserved
72
Reserved
73
Reserved
74
Reserved
75
Reserved
76
Reserved
77
Reserved
1-4
0
Mode
Code
Item
Default value
Maintenance
78
Reserved
79
Registration of instrumental error adjustment value
80
Display test
0
81
Initialization of registered data
0
82
Reserved
83
Reserved
84
Reserved
85
Reserved
86
Reserved
87
Reserved
88
Reserved
89
Reserved
90
Password registration (Maintenance)
91
Reserved
92
Reserved
93
Reserved
94
Reserved
95
Calendar settings
96
Reserved
97
Reserved
98
Reserved
99
Program version
1-5
1.1 Oil company mode and Maintenance mode Oil company mode In oil company mode (Password default: 71777554), the same processes as user registration mode can be accessed. The totalizer can only be changed while in oil company mode. This function prevents unlawful changing of the totalizer. Change the password after saving settings. Maintenance mode In maintenance mode (Password default: 71777551), the same processes as oil company mode excluding oil company mode password change can be preformed, and there is a restriction on changing registered content. Changing the password regularly is recommended to prevent unlawful activities. Keep the oil company and maintenance mode passwords safe to prevent unlawful activities. Contents are saved even when memory is initialized. Be careful, as processing is not possible if the password is forgotten after it has been changed. List of process items possible by mode Code 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 : 90 : 99
Item Reserved Totalizer readout/registration (quantity:L/amount:A) Daily totalizer readout/reset (quantity:L/amount:A) Cash unit price readout/registration Credit unit pric readout/registration Password registration (User) Fueling limitation Reserved POS connection mode Dispenser number Fuel type code Unit designation of integer fueling (quantity/amount) Reserved Reserved Keypad setting Reserved Unit price display shutoff time after completion of fueling Reserved Reserved Password registration (Oil Co.) Country code : Password registration (Maintenance) : Program version Note: R is "Read only". R/W is "Read & Write".
1-6
User
Registration mode Maintenance
Oil Co.
R
R
R/W
R/W
R
R
R/W R/W R/W R
R R R R/W
R/W R/W R R
R/W R R
R R/W R/W
R/W R R
R
R/W
R
R/W
R/W
R
R
R/W
R
Impossible -: --
Impossible R/W : R/W
R/W -: --
--
R
--
2. Keys On the Remote Control
ＴＡＴＳＵＮＯ COMPATIBLE REMOTE TRANSMITTER
Ｒ Ｆ１
Ｅ Ｆ２
Ｆ３
R
key・・・ Specifies/clears the totalizer readout mode.
E
key・・・ Specifies/clears the registration mode/maintenance mode.
F1 ～
７
８
９
＃
４
５
６
＊
１
２
３
０
・
ＥＮＴＥＲ
key・・・Not used.
W
key・・・ Returns to the previous code from the currently displayed code.
X
key・・・ Proceeds to the next code from the currently displayed code.
Ｆ４
Ｃ Ｌ Ｅ Ａ Ｒ
F4
CLEAR key・・ Used to clear data you are entering and reenter it from the beginning or clear an error. 0 ～ 9 key Used to enter a password or changeregistered values. x key
#
key・・・・ Used to directly go to the process of the specified code. *Used only in the registration/maintenance mode.
∗ key・・・・ Not used. key・・・・ Used to set preset amounts for P1 to P5 on the key pad. (The name, $ key, is used for explanation purpose only. No indication is given on the actual remote controller.) ENTER
2-1
key・・Used to confirm the entered data or go to the next item.
3. Notes On Registration 3.1 Notes on installation When installing/registering the dispenser of overseas specifications, first register the “country code” (“30” in the maintenance mode). Setting the “country code” initializes the applicable items given in the registration list to the data for each country. Then, perform processing according to the following flowchart. (For information about default values for each country, refer to “8. List of default values.”) Flowchart of installation and registration Start of processing
Ｅ
Key
Enter a Password
Enter a “Country Code” (Process code “30”)
Save calendar (Process code “95”)
Execute registration processes from “11” to “99.”
Ｅ
Key
End of processing
3-1
3.2 Notes on the use of the remote control You can use the remote control when nozzles are hung and fueling permission is not given from POS. You cannot execute processing on the front side and the rear side simultaneously. Therefore, for multi-dispensers, you need to perform registration for each side separately. Note that, when data is managed commonly for both sides, registration on one side changes the set values for the other side. Registration items common to both sides
Process code
Unit designation of integer fueling
21
Keypad setting Unit price display shutoff time after completion of fueling Country code
24 26
First indication
32
Calculation method of amount preset
36
Number of decimal places
37
Monetary unit ratio of amount and unit price
38
Enabling/disabling zero suppress
39
Preset quantity/amount rounding designation
40
Slowdown position for preset fueling
41
Leak detection time for submersible pump
43
Slowdown time for pulse stop Pump lock time after change of displayed unit price Pump lock time for pulse stop Error detection time for serial communications Enabling/disabling sub unit price display
44
30
45 46 48 50
After performing the above processes, do one of the following. (1) On the opposite side of the side on which you performed registration, press (2) Turn off the power and then on again.
Ｅ
key twice.
If you do not do the above operation, the registered values do not take effect on the side opposite to the registration side.
3-2
3.3 Nozzle number assignment ■For low-profile, multi-tower type The numbers are 1, 2, 3, and 4 from the left when viewed from the front. (For both side 1 and side 2)
1 0 0 0 1 0.0 0 1 0 0
1
2
3
* The power connection box is on the side 1.
■Electromagnetic counter layout (Example) Model 3662
* The layout of other models is the same as that of the model 3662 above. The totalizers corresponding to each nozzle are as shown in the figure.
3-3
4. Direct Designation of Registration Process Code In the registration mode and maintenance mode, you can directly designate a registration process code by pressing the # key during processing. Example: to move from “totalizer readout/registration (11)” to “fuel type registration (20),” follow the steps below.
１２３４ ５６７８９０ １１０Ｌ (1) When entry with the remote control is waited for during totalizer processing, press the (If you press the # key following a value, the entered value becomes invalid.)
００ (2) The process code “00” is displayed, waiting for the entry of a registration process code. (3) Press the 2 , 0 , and ENTER keys to designate the fuel type registration code “20.” (If you enter an invalid process code, an error occurs, returning to (2).)
２０ ００ 4-1
#
key.
(4) Proceed to the registration process of the fuel type code.
１ ２０
4-2
１
5. Totalizer Readout Mode You can read out the totalizer, daily totalizer, and so on using the remote control without a password. (1) With the nozzles hung, press the R key on the remote control. (2) The totalizer display appears as shown below.
１２３４ ５６７８９０ ０１０Ｌ Process code
Sub code
(3) Pressing the ENTER key changes the sub cord in sequence, displaying the corresponding data. (4) When the display of all the nozzles is complete or the X key is pressed, the “Daily totalizer” is displayed. Pressing the W key displays “credit unit price.” (5) Pressing the R key returns to the normal fueling quantity display.
5-1
5.1 Totalizer readout
Each Side
01
Displays the totalizer of fueling quantity and amount for each nozzle.
１２３４ Totalized value: 10 digits
５６７８９０ ０１０Ｌ Process code
Sub code
0L : Total fueling quantity of all nozzles 0A : Total amount of all nozzles 1L : Total quantity of nozzle 1 1A : Total amount of nozzle 1 (Up to nozzle 4 is displayed.) * For single and double dispensers, the total of all nozzles is not displayed.
5-2
With Post-Mix dispenser Displays the total fueling quantity and amount for each nozzle.
１２３４ Totalized value: 10 digits
５６７８９０ ０１０Ｌ Process code
Sub code
0L : Total fueling quantity of all nozzles 0A : Total amount of all nozzles 1L : Total quantity of nozzle 1 1A : Total amount of nozzle 1 2L : Total quantity of nozzle 2 2A : Total amount of nozzle 2 oL : Total quantity of oil mix nozzle * For single and double dispensers, the total of all nozzles is not displayed.
5-3
5.2 Daily totalizer read
Each Side
02
Displays the daily totalizer of fueling quantity and amount for each nozzle.
１２３４
Daily totalizer: 10 digits
５６７８９０ ０２０Ｌ Process code
Sub code 0L : 0A : 1L : 1A :
Total fueling quantity of all nozzles Total amount of all nozzles Total quantity of nozzle 1 Total amount of nozzle 1 (Up to nozzle 4 is displayed.)
* For single and double dispensers, the total of all nozzles is not displayed.
5-4
With Post-Mix dispenser Displays the total of fueling quantity and amount for each nozzle.
１２３４ Totalized value: 10 digits
５６７８９０ ０２０Ｌ Process code
Sub code
0L : Total fueling quantity of all nozzles 0A : Total amount of all nozzles 1L : Total quantity of nozzle 1 1A : Total amount of nozzle 1 2L : Total quantity of nozzle 2 2A : Total amount of nozzle 2 oL : Total quantity of oil mix nozzle * For single and double dispensers, the total of all nozzles is not displayed.
5-5
5.3 Cash unit price readout
Each Side
03
Reads out the cash unit price that is available offline (when operating the dispenser on a standalone basis). ◆ If the monetary unit ratio of amount and unit price (maintenance mode “38”) is not “1,” the unit of the unit price during fueling and the unit of the unit price readout differ. (Example: For Malaysia, “￠” is displayed during fueling and “$” is displayed during registration readout.)
１７５ ０３ Process code
Cash unit price 4 digits
１ Sub code 1 : Nozzle 1 2 : Nozzle 2 3 : Nozzle 3 4 : Nozzle 4
■ The number of decimal digits varies depending on the registered data of “number of decimal places” (maintenance mode “37”).
5-6
With Post-Mix dispenser Reads out the cash unit price available offline (when operating the dispenser on a standalone basis). ◆ If the monetary unit ratio of the amount and the unit price (maintenance mode “38”) are not “1,” the unit of the unit price during fueling and the unit of the unit price readout differ. (Example: For Malaysia, “￠” is displayed during fueling and “$” is displayed during registration readout.)
１７５ ０３ Process code
Cash unit price 4 digits
１ Sub code
1: Nozzle 1 (Unit price for 100% gasoline) 2: Nozzle 2 (Unit price for 100% gasoline) o: Oil (Unit price for 100% oil) 2P: 2% mix ratio 3P: 3% mix ratio 4P: 4% mix ratio 5P: 5% mix ratio ■ The total number of integer disits and decimal desits you can enter is up to 4. ■ The number of decimal digits varies depending on the registered “number of decimal places” data (maintenance mode “37”).
5-7
5.4 Credit unit price readout
Each Side
04
Reads out the credit unit price that is available offline (when operating the dispenser on a standalone basis). ◆ If the monetary unit ratio of amount and unit price (maintenance mode “38”) is not “1,” the unit of the unit price during fueling and the unit of the unit price readout differ. (Example: For Malaysia, “￠” is displayed during fueling and “$” is displayed during registration readout.)
１７５ ０４
１
Process code
Sub code
Credit unit price 4 digits
1 : Nozzle 1 2 : Nozzle 2 3 : Nozzle 3 4 : Nozzle 4 ■ The number of decimal digits varies depending on the registered data of “number of decimal places” (maintenance mode “37”).
5-8
With Post-Mix dispenser Read out the cash unit price available offline (when operating the dispenser on a standalone basis). ◆ If the monetary unit ratio of the amount and the unit price (maintenance mode “38”) are not “1,” the unit of the unit price during fueling and the unit of the unit price readout differ. (Example: For Malaysia, “￠” is displayed during fueling and “$” is displayed during registration readout.)
１７５ ０４ Process code 1: 2: o: 2P: 3P: 4P: 5P: ■ ■
Cash unit price 4 digits
１ Sub code
Nozzle 1 (Unit price for 100% gasoline) Nozzle 2 (Unit price for 100% gasoline) Oil (Unit price for 100% oil) 2% mix ratio 3% mix ratio 4% mix ratio 5% mix ratio
The total number of integer disits and decimal desits you can enter is up to 4. The number of decimal digits varies depending on the registered “number of decimal places” data (maintenance mode “37”).
5-9
6. User Registration Mode This mode is used for initial registration including resetting the totalizer and registering unit prices. To enter the registration mode, a 4-digit password is required. (1) With the nozzles hung, press the E key on the remote control. (2) The password entry wait display as shown below appears.
ＣｏｄＥ (3) Enter the 4-digit password and press the ENTER key.
ＣｏｄＥ (4) If the entered password is correct, the process code “00” is displayed, waiting for the entry of a code.
００ 6-1
(5) To directly go to a process you want, enter the process code and press the ENTER key. Pressing the ENTER key only goes to the display of the totalizer readout/registration of the process code “11”. (6) Basic operation is described below, taking the totalizer as an example.
１２３４ ５６７８９０ １１１Ｌ (7) If you do not want to change the data, press the ENTER key only. (8) If you want to change the data, use the ten-key pad and then press the ENTER key. (If you press the E , # , W , or X key before pressing the ENTER key, the data does not change.) (9) Pressing the # key returns to the status in (4). (10) Pressing the E key returns to the normal fueling quantity display.
6-2
6.1 Readout/registration of totalizer
Each Side
11
By registering the same value as the mechanical totalizer, the following can be done. (1) The totalizer value can be read out with the counter part. (2) With serial communication to POS, the totalizer value can be read out from POS.
１２３４
Totalizer value: 10 digits
５６７８９０ １１１Ｌ Process code
Sub code
0L : Total fueling quantity of all nozzles 0A : Total amount of all nozzles 1L : Total quantity of nozzle 1 1A : Total amount of nozzle 1 (Up to nozzle 4 is displayed.) ■ The input range for total dispensed oil volume is limited within 8 digits in integer, but does not allow decimal numbers. ■ The total number of integer digits and decimal digits you can enter is up to 10. The numbers of integer digits and decimal digits you can enter are determined depending on the specified data of “number of decimal places” (maintenance mode “37”). The number of decimal places (Maintenance mode “37”)
The number of the digits of decimal part
The number of the digits of integer part
0
0
10
1
1
9
2
2
8
3
3
7
* For single and double dispensers, the total of all nozzles is not displayed. Note: For registering the value of electromagnetic totalizers; If a totalizer does not reach zero (0) when installed, register by adding a “9” at the most significant digit. Example: Electromagnetic totalizer Value to be registered
9999900 99999900
6-3
With Post-Mix dispenser By registering the same value as the mechanical totalizer, the following can be done. (1) The totalizer value can be read out with the counter part. (2) With serial communication to POS, the totalizer value can be read out from POS.
１２３４
Totalizer value: 10 digits
５６７８９０ １１１Ｌ Process code
Sub code
0L : Total fueling quantity of all nozzles 0A : Total amount of all nozzles 1L : Total quantity of nozzle 1 1A : Total amount of nozzle 1 2L : Total quantity of nozzle 2 2A : Total amount of nozzle 2 oL : Total quantity of mix nozzle (nozzle 1) ■ The input range for total dispensed oil volume is limited within 8 digits in integer, but does not allow decimal numbers. ■ The total number of integer digits and decimal digits you can enter is up to 10. The numbers of integer digits and decimal digits you can enter are determined depending on the specified data of “number of decimal places” (maintenance mode “37”). The number of decimal places (Maintenance mode “37”)
The number of the digits of decimal part
The number of the digits of integer part
0
0
10
1
1
9
2
2
8
3
3
7
* For single and double dispensers, the total of all nozzles is not displayed. Note: For registering the value of electromagnetic totalizers; If a totalizer does not reach zero (0) when installed, register by adding a “9” at the most significant digit. Example: Electromagnetic totalizer Value to be registered
9999900 99999900 6-4
6.2 Readout/reset of daily totalizer
Each Side
12
Resets the totalizer value for reading out daily sales.
１２３４ ５６７８９０
Daily totalizer value: 10 digits
１２１Ｌ Process code
Sub code
0L : Total fueling quantity of all nozzles 0A : Total amount of all nozzles 1L : Total quantity of nozzle 1 1A : Total amount of nozzle 1 (Up to nozzle 4 is displayed) ■ The total number of integer digits and decimal digits you can enter is up to 10. The numbers of integer digits and decimal digits you can enter are determined depending on the specified data of “number of decimal places” (maintenance mode “37”). The number of decimal places (Maintenance mode “37”)
The number of the digits of decimal part
The number of the digits of integer part
0
0
10
1
1
9
2
2
8
3
3
7
■ To reset the Daily totalizer, enter
0
* For single and double dispensers, the total of all nozzles is not displayed.
6-5
With Post-Mix dispenser Resets the totalizer value for reading out daily sales.
１２３４ ５６７８９０
Daily totalizer value: 10 digits
１２１Ｌ Process code 0L 0A 1L 1A 2L 2A oL
: : : : : : :
Sub code
Total fueling quantity of all nozzles Total amount of all nozzles Total quantity of nozzle 1 Total amount of nozzle 1 Total quantity of nozzle 2 Total amount of nozzle 2 Total quantity of mix nozzle (nozzle 1)
■ The total number of integer digits and decimal digits you can enter is up to 10. The numbers of integer digits and decimal digits you can enter are determined depending on the specified data of “number of decimal places” (maintenance mode “37”). The number of decimal places (Maintenance mode “37”)
The number of the digits of decimal part
The number of the digits of integer part
0
0
10
1
1
9
2
2
8
3
3
7
■ To reset the Daily totalizer, enter
0
* For single and double dispensers, the total of all nozzles is not displayed.
6-6
6.3 Cash unit price readout/registration
Each Side
13
Registers the cash unit price that is available offline (when operating the dispenser on a standalone basis). ◆If POS is connected serially, the cash value registered by the POS command is read and re-registered. ◆ For registration with the POS command and registration with the remote control, the last registered unit price is valid. (The registration with the POS command is available only when POS supports it.) ◆ If the monetary unit ratio of amount and unit price (maintenance mode “38”) is not “1,” the unit of the unit price during fueling and the unit of the unit price readout differ. (Example: For Malaysia, “￠” is displayed during fueling and “$” is displayed during registration readout.)
１２３４ １３
Cash unit price 4 digits
１
Process code Sub code 1 : Nozzle 1 2 : Nozzle 2 3 : Nozzle 3 4 : Nozzle 4 ■ The total number of integer digits and decimal digits you can enter is up to 4. ■ The number of decimal digits varies depending on the registered data of “number of decimal places” (maintenance mode “37”).
6-7
With Post-Mix dispenser Registration code 13: Input the unit prices of gasoline and oil for unit price registration on cash payment. The unit price of mixed oil is automatically calculated according to the mix ratio. Other unit prices according to the mix ratio can also be set manually.
1.35
Unit price
1 3 . 1 Process code 1: 2: O: 2P: 3P: 4P: 5P:
Sub code
Nozzle 1 (Unit price for 100% gasoline) Nozzle 2 (Unit price for 100% gasoline) Oil (Unit price for 100% oil) 2% mix ratio 3% mix ratio 4% mix ratio 5% mix ratio
Example: Setting 1.00 for unit price of gasoline, and 10.00 for unit price of oil. Unit prices for each mix ratio will be automatically calculated as; 2P: 1.18 3P: 1.27 4P: 1.36 5P: 1.45 Those unit prices for each mix ratio can be changed to values other than the automatically calculated. If either of the gasoline unit price or oil unit price has been changed, the mix unit price will be re-calculated according the changes.
6-8
6.4 Credit unit price readout/registration
Each Side
14
Registers the credit unit price that is available offline (when operating the dispenser on a standalone basis). ◆If POS is connected serially, the cash value registered by the POS command is read and re-registered. ◆ For registration with the POS command and registration with the remote control, the last registered unit price is valid. (The registration with the POS command is available only when POS supports it.) ◆ If the monetary unit ratio of amount and unit price (maintenance mode “38”) is not “1,” the unit of the unit price during fueling and the unit of the unit price readout differ. (Example: For Malaysia, “￠” is displayed during fueling and “$” is displayed during registration readout.)
１２３４ １４ Process code
Credit unit price 4 digits
１ Sub code 1 : Nozzle 1 2 : Nozzle 2 3 : Nozzle 3 4 : Nozzle 4
■ The total number of integer digits and decimal digits you can enter is up to 4. ■ The number of decimal digits varies depending on the registered data of “number of decimal places” (maintenance mode “37”).
6-9
With Post-Mix dispenser Registration code 14: Input the unit prices of gasoline and oil for unit price registration on cash payment. The unit price of mixed oil is automatically calculated according to the mix ratio. Other unit prices according to the mix ratio can also be set manually.
1.35
Unit price
1 4 . 1 Process code 1: 2: O: 2P: 3P: 4P: 5P:
Sub code
Nozzle 1 (Unit price for 100% gasoline) Nozzle 2 (Unit price for 100% gasoline) Oil (Unit price for 100% oil) 2% mix ratio 3% mix ratio 4% mix ratio 5% mix ratio
Example: Setting 1.00 is set for the unit price of gasoline, and 10.00 is set for the unit price of oil. Unit prices for each mix ratio will be automatically calculated as; 2P: 1.18 3P: 1.27 4P: 1.36 5P: 1.45 Those unit prices for each mix ratio can be changed to values other than those automatically calculated. If either the gasoline unit price or oil unit price has been changed, the mix unit price will be re-calculated according the changes.
6-10
6.5 Password registration
Each Side
15
Registers the password to enter the User registration mode.
２２２２ １５ Process code ■ Enter a value between “0000” to “9999.” ■ Be sure to enter 4 digits. * The initial set value is “2222.”
6-11
Password : 4 digits
6.6 Fueling limitation
Each Side
16
Registers the fueling limitation for each nozzle that is available offline (when operating the dispenser on a standalone basis). Even in serial connection, if the limitation is not specified from POS, the limitation of the dispenser is used.
９９００００ １６
１
Process code
Sub code
Fueling limitation: 6 digits
1 : Nozzle 1 2 : Nozzle 2 3 : Nozzle 3 4 : Nozzle 4 ■ Enter a value within the following range: When the number of the decimal places of the value = “2” When the number of the decimal places of the value = “3”
“1.00” L to “9990.00” L “1.000” L to “990.000” L
Note: The minimum value is 50.00L for the Super heavy duty dispenser.
6-12
6.7 POS connection method
Each Side
18
Registers the connection method with POS.
２
POS connection method
１８ Process code ■ Enter one of the following values. The description of the setting of each value is given below. Registered value
Description
0
Offline
1
Offline
2
Automatic switching from offline to serial connection. The dispenser can be operated on a standalone basis at power-on (before communication with POS starts). After communication with POS starts, the operation is not possible unless an fueling permission message is sent from POS.
3
Serial connection (Operation is not possible until communication with POS is established.)
■ The difference between “2” and “3” is as follows: “2” : Fueling is possible using a dispenser alone at power-on (before communication with POS starts). After connection with POS, fueling is not possible unless an fueling permission message is received from POS. “3” : Fueling is not possible without connection with POS. * Also when the communication mode with POS complies with the “IFSF specification,” the operation is the same. (The IFSF specification is not supported at present.)
6-13
6.8 Dispenser number
Each Side
19
Registers the dispenser number for connection with POS. ■ When the POS connection mode is “RS-485,” you need to perform registration for each side separately. When “IFSF,” registration is common to both sides.
０ １９ Process code ■ Enter a value between “1” to “64.” ■ Once you have registered a code other than “0,” you cannot register “0.” To do so, you need to initialize the memory in the maintenance mode “81.”
6-14
Dispenser number
6.9 Fuel type code
Each Side
20
Registers the fuel type for each nozzle. This setting relates to the slowdown position for preset, POS connection, and so on. Therefore, set it correctly.
１ ２０ Process code
１ Sub code 1 : Nozzle 1 2 : Nozzle 2 3 : Nozzle 3 4 : Nozzle 4
■ Enter a value between “1” to “6.” Registered value
Fuel type
1
Gasoline 1
2
Gasoline 2
3
Diesel
4
Kerosene
5
Gasoline 3
6
Gasoline 4
Note: “6” cannot be used for the oil kind code with the Post-mix dispenser.
6-15
Fuel type code
6.10 Unit designation of integer fueling
Common to Both Sides
21
Designates the digit place to be rounded for integer fueling.
０ ２１
Digit place of integer fueling
Ｌ
Process code L : Quantity designation A : Amount designation ■ Enter a value between “0” and “5.” ■ The registered value indicates the number of digits from the right on the counter display. The integer fueling value is obtained by adding 0.05 L to the suspended fueling quantity and rounding the designated digit. Quantity display part Number of decimal places “2” Amount display part Number of decimal places “2” Registered value
****.** L ****.** ($)
Quantity (L) Unit of integer fueling
Operation
Amount (A) Unit of integer fueling
0
Without integer fueling function
0.01 L
0.01 ($)
1
Makes 1 digit from the right “0.”
0.10 L
0.10 ($)
2
Makes 2 digits from the right “0.”
1.00 L
1.00 ($)
3
Makes 3 digits from the right “0.”
10.00 L
10.00 ($)
4
Makes 4 digits from the right “0.”
100.00 L
100.00 ($)
5
Makes 5 digits from the right “0.”
1000.00 L
1000.00 ($)
6-16
6.11 Keypad setting
Each Side
24
Registers the presence/absence of the keypad and the preset conditions.
３
Presence/absence of the keypad and the preset conditions
２４ Process code ■ Enter a value between “0” to “3.” Registered value
Description
0
No keypad
1
Only quantity preset is available.
2
Only amount preset is available.
3
Quantity and amount preset is available.
* When the keypad is not mounted, be sure to register “0.” * Even when the keypad is mounted, it is not available if the registered value is “0.” If you enter a value other than 0, the display on the next page appears.
6-17
Sets one-touch preset values to P1 to P5 on the keypad.
Ｌ １０００
L: quantity, A: amount
Preset value
２４Ｐ１ Sub code Process code ■ The total number of integer digits and decimal digits you can enter is up to 6. The numbers of integer digits and decimal digits you can enter are determined depending on the specified data of “number of decimal places” (maintenance mode “37”). For quantity, 1.00L to 9990.00L or 1.000L to 990.000L. For amount, 1 to 990000, 0.1 to 99000.0, 0.01 to 9900.00 or 0.001 to 990.000. (Fuelling is possible for quantities greater than 0.1L if converted to fuelling quantity) If you want to register quantity, enter a value and then press the ENTER key. If you want to register amount, enter a value and then press the key. You can register a combination of quantity and amount on P1 to P5.
6-18
6.12 Unit price display shutoff time after completion of fueling 26 Common to Both Sides Designates the time until turning off the unit price display after the completion of fueling. Amount is not turned off.
０ ２６ Process code ■ Enter a value between “10” to “99” or “0.” Registered value
Description
0
Function not available
10
Shutoff after 10 seconds
･
・
･
・
99
Shutoff after 99 seconds
6-19
Unit price display shutoff time after completion of fueling (seconds)
6.13 Oil company mode password registration
29
Common to Both Sides
Register the password used to enter Oil compnay mode. Price change, readout is only possible in Oil company mode. These items are not displayed in other modes.
７１ 8-digit password
７７７５５４ ２９ Process code ■Enter a value between “00000000” and “99999999”. ■Eight digits must be entered. The default setting is “71777554”
6-20
7. Maintenance Mode The maintenance mode is used for shipping inspection, installation, and maintenance. It is also used for some kinds of hardware check. An 8-digit password is required to avoid unauthorized access. (1) With the nozzles hung, press the E key on the remote control. (2) The password entry wait display as shown below appears.
ＣｏｄＥ (3) Enter the 8-digit password (71777554) and press the ENTER key.
ＣｏｄＥ (4) If the entered password is correct, the process code “00” is displayed, waiting for the entry of a code.
００ 7-1
(5) To directly go to a process you want, enter the registration code and press the ENTER key. Pressing the ENTER key only goes to the display of the totalizer readout/registration of the registration mode “11”. (6) Basic operation is described below, taking the totalizer as an example.
１２３４ ５６７８９０ １１１ L (7) If you do not want to change the data, press the ENTER key only. If you want to change the data, use the ten-key pad and then press the ENTER key. (If you press the E , # , W , or X key before pressing the ENTER key, the data does not change.) (8) Pressing the # key returns to the status in (4). (9) Pressing the E key returns to the normal fueling quantity display.
7-2
7.1 Country code
Common to Both Sides
30
When you enter a country code, the default values are set according to the specifications of the registration items for the applicable country. If you enter the same code as the already registered country code, the initial values do not change. ■ If you set “0” as the country code, the setting after memory clear (maintenance mode “81”) is restored.
０
Country code (Initial value)
３０ Process code ■ The table below lists the country codes. (You can enter available country codes only.) Country
Country code
Country
Country code
Country
Country code
Taiwan
158
Malaysia
458
Philippine
608
Thai
764
Iraq
368
Brunei
096
Indonesia
360
Hong Kong
344
Vietnam
704
South Korea
410
China
156
India
356
Germany
280
Belgium
056
Sweden
752
Denmark
208
Spain
724
Netherlands
528
Poland
616
Czech
203
Pakistan
586
England
826
Oman
512
7-3
7.2 First indication
Common to Both Sides
32
Sets the display start quantity after resetting the counter to zero.
８
First indication
３２ Process code ■ Enter a value between “1” to “10.” Registered value
Display start quantity after resetting to zero
1
0.01 L (when the number of decimal places for quantity is 2) 0.010 L (when the number of decimal places for quantity is 3)
2
0.02 L (when the number of decimal places for quantity is 2) 0.020 L (when the number of decimal places for quantity is 3)
: 10
： 0.10 L (when the number of decimal places for quantity is 2) 0.100 L (when the number of decimal places for quantity is 3)
Note: The initial value and its setting range differ, respectively, with the Super heavy duty dispenser. Initial value Setting range
50 (0.50L) 1 to 99 (0.01L to 0.99L)
7-4
7.3 Calculation method of amount preset
Each Side
36
Designates the calculation method to obtain fueling quantity from the amount preset value.
０
Calculation method of amount preset
３６ Process code ■ Enter a value between “0” to “9.” ■ The quantity calculated by dividing the amount preset value by the unit price is rounded according to the designated method shown below. Registered value 0 1 2 3 4
Calculation method
Registered value
Conventional calculation method (*1) Rounds down/up if the next digit to the smallest displayed digit is 1/2. Rounds down/up if the next digit to the smallest displayed digit is 2/3. Rounds down/up if the next digit to the smallest displayed digit is 3/4. Rounds down/up if the next digit to the smallest displayed digit is 4/5.
5 6 7 8 9
Calculation method Rounds down/up if the next digit to the smallest displayed digit is 5/6. Rounds down/up if the next digit to the smallest displayed digit is 6/7. Rounds down/up if the next digit to the smallest displayed digit is 7/8 Rounds down/up if the next digit to the smallest displayed digit is 8/9. Rounds down the digits after the smallest displayed digit.
* Registering a country code initializes the calculation method appropriately for the country. *1 Quantity calculation of the conventional method designated by registered value “0” (1) Amount preset value ÷ unit price = quantity: quantity of the digits after the smallest display digit is rounded down. (2) Quantity x unit price = amount: The digit next to the smallest display digit is rounded off. (3) The amount calculated in (2) and the amount preset value are compared. (4) When the amount in (2) < the amount preset value, quantity + 0.01 L.
7-5
7.4 Number of decimal places (amount, quantity, and unit price)
Common to Both Sides
37
Designates the number of decimal places for amount, quantity, and unit price.
３７
２
Number of decimal places for amount
２
Number of decimal places for quantity
２
Number of decimal places for unit price
Process code ■ Values you can change blink. ■ Enter a value within the following range: Amount: “0” to “3” Quantity: “2” to “3” Unit price: “0” to “3” --- Use the same unit for amount and unit price when designating the number of the decimal places of unit price. ■ The following combinations in this item cannot be set because they are not used actually. (1) Quantity = “2” Amount “0” “1” “2” “3” Unit price “0” O O X X “1” O O O X “2” O O O O “3” X O O O (2) Quantity = “3” Amount Unit price “0” “1” “2” “3”
“0”
“1”
“2”
“3”
O O X X
O O O X
O O O O
X O O O
* In this case, the unit price setting becomes invalid and you need to enter a value for amount again. Note: The number of decimal figures is fixed to “2” for volume with the Super heavy duty dispenser.
7-6
7.5 Monetary unit ratio of amount and unit price
38
Common to Both Sides
Designates the conversion ratio when unit prices for amount display part and unit price display part differ.
１
Monetary unit ratio
３８ Process code ■ Enter a value between “1” to “3.” Monetary unit ratio
Amount display unit : unit price display unit
1
1:
1
2
1:
10
3
1:
100
■ Example of setting
9999.99 9999.99 999.9
DOLLARS LITERS CENTS/LITER
1 dollar = 100 cents ¼ monetary unit ratio = 3
7-7
7.6 Enabling/disabling zero suppress
Common to Both Sides
39
Designates the zero suppress of the display.
１
Enabling/disabling zero suppress
３９ Process code ■ Enter a value between “0” to “2.” “0”: Disabled “1”: Enabled (determined depending on the fueling mode in the table below) “2”: Enabled Fueling mode
Zero suppress
Normal
Enabled
Training
Enabled
Actual quantity display
Disabled
Instantaneous flow rate
Enabled
* If you set the country code to Poland (616), registering “disabled” for zero suppress causes the “comma” for positioning to be always displayed in the amount and fueling quantity display parts. For example, 12.34 L is displayed as “0,1 2.3 4.” (When the registered value is “0” or “1” in the actual quantity display mode.)
7-8
7.7 Preset quantity and amount rounding designation
40
Common to Both Sides
Designates rounding for display after the completion of preset quantity/amount fueling. This does not designate “rounding” for calculation method.
１
Preset quantity/amount rounding
４０ Process code ■ Enter a value between “0” to “1.” “0”: Actual quantity display (displaying over-pulses as they are) “1”: Displaying preset quantity/amount value. (Up to 5 over-pulses are masked and display starts from the 6th pulse. If there are 6 or more over-pulses, error code “20” blinks and the actual quantity is displayed.) * Do not change the setting from “1” for normal use.
7-9
7.8 Slowdown position for preset fueling
Each Side
41
Reads out/registers the valve slowdown position for preset fueling for each fuel type.
０８
Slowdown position: 2 digits
４１Ｆ１ Process code
Sub code F1 : Fuel type 1 (gasoline 1) F2 : Fuel type 2 (gasoline 2) F3 : Fuel type 3 (diesel) F4 : Fuel type 4 (kerosene) F5 : Fuel type 5 (gasoline 5) F6 : Fuel type 6 (gasoline 6)
■ Enter a value between “0.0” to “9.9” Registered value Slowdown position 0.0
No slowdown
0.1
0.1 L before
0.2
0.2 L before
:
：
9.8
9.8 L before
9.9
9.9 L before
* When the number of the decimal places for quantity is 2 and 3, the value is dealt as follows. - When the number of the decimal places for quantity is 2: the registered value of 0.8 is dealt as 0.80 L before the target value. - When the number of the decimal places for quantity is 3: the registered value of 0.8 is dealt as 0.800 L before the target value. Note: The slowdown volume is fixed to 1.20L before the target value with the Super heavy duty dispenser and it cannot be changed.
7-10
7.9 Leak detection time for submersible pump
Common to Both Sides
43
To check for leak from piping, after the output of the pump “on” signal, all valves are closed for the time period designated by this registration and then opened. Leak while the valves are closed can be detected as very small discharge and can be used for notification purpose.
３ ４３ Process code ■ Enter a value between “0” to “99” seconds. Registered value
Description
0
Function not available (The submersible pump function is not provided.)
1
Valves are opened 1 second after turning on the pump.
:
：
98
Valves are opened 98 seconds after turning on the pump.
99
Valves are opened 99 seconds after turning on the pump.
7-11
Time for leak detection (seconds)
7.10 Slowdown time for pulse stop
Common to Both Sides
44
Designates the time to change from the valve full-open status to the slowdown status at the start of fueling or after stopping the pulse during fueling. Starting or resuming fueling returns to the full-open status.
０
Slowdown time for pulse stop (seconds)
４４ Process code ■ Enter a value between “0” to “99” seconds. Registered value
Description
0
Function not available
1
Slowdown occurs if no pulse is inputted 1second after turning on the pump at the start of fueling or 1 second after stopping the pulse.
: 98 99
Slowdown occurs if no pulse is inputted 98seconds after turning on the pump at the start of fueling or 98 seconds after stopping thepulse. Slowdown occurs if no pulse is inputted 99seconds after turning on the pump at the startof fueling or 99 seconds after stopping thepulse.
* This function does not work in the slowdown mode designated as preset during fueling.
7-12
7.11 Pump lock time after change of displayed unit price
45
Common to Both Sides
Designates the pump lock time until starting fueling when the unit price registration is changed or, for multi-dispensers, the unit price is changed by taking off another fuel-type nozzle.
０ ４５ Process code ■ Enter a value between “0” to “99” seconds. Registered value
Description
0
Function not available
1
Turns on the pump after 1-second pump lock when a nozzle is taken off and the unit price is changed.
:
:
98
Turns on the pump after 98-second pump lock when a nozzle is taken off and the unit price is changed.
99
Turns on the pump after 99-second pump lock when a nozzle is taken off and the unit price is changed.
7-13
Pump lock time after change of displayed unit price (seconds)
7.12 Pump lock time for pulse stop
Common to Both Sides
46
Designates the time until locking the pump at the start of fueling or after stopping the pulse during fueling. Fueling cannot be resumed after pump lock.
０ ４６ Process code ■ Enter a value between “0” to “10” minutes. Registered value
Description
0
Function not available
1
Pump lock occurs if no pulse is inputted for 1 second after turning on the pump at the start of fueling or for 1 minute after stopping the pulse.
:
:
9
Pump lock occurs if no pulse is inputted for 1 second after turning on the pump at the start of fueling or for 9 minutes after stopping the pulse.
10
Pump lock occurs if no pulse is inputted for 1 second after turning on the pump at the start of fueling or for 10 minutes after stopping the pulse.
7-14
Pump lock time for pulse stop (minutes)
7.13 Fueling mode
Each Side
47
Designates the fueling mode.
１
Fueling mode
４７ Process code ■ Enter a value between “1” to “4.” Registered value
Fueling mode
1
Normal
2
Training
3
Actual quantity display
4
Instantaneous flow rate display
Training (1) When taking off a nozzle, fueling at the rate of 60 L/min is performed automatically. (No fuel comes out.) (When the country code is South Korea or the number of the decimal places for quantity is “3,” fueling at the rate of 15 L/min is performed.) (2) Fueling quantity is not added to the totalizer and management meter. (3) Motors and valves do not operate. (4) The number of fueling operations is added. (5) Other operation is the same as normal fueling.
Actual quantity display (1) Jumping at the start of fueling and overrun at the end of preset are not masked and are displayed. (2) This can be used to check the performance of valves at testing stage. (3) The zero suppress of the display is not performed. (Notice that, if you set “2” as the enabling/disabling zero suppress registration of maintenance mode “39,” zero suppress is performed.)
7-15
Instantaneous flow rate display (1) This is used to check the discharge quantity of the dispenser at installation or testing stage. (2) The unit price is not displayed during fueling. It is displayed when the nozzle is hung. (3) An integer obtained by rounding off the value of 1/10 L is displayed as the instantaneous flow rate.
２４５４
Amount
２０４５
Fueling quantity
４０Ｌ
7-16
Instantaneous flow rate: L/min
7.14 Error detection time for serial communications
48
Common to Both Sides
Designates the error detection time when communication with POS stops. This is available only for the RS-485 specification.
３０ ４８ Process code ■ Enter a value between “0” to “99” seconds Registered value
Description
0
Function not available
1
Consecutive discontinuance of communication for 1 second is considered as a communication error.
･ 99
・ Consecutive discontinuance of communication for 99 seconds is considered as a communication error.
7-17
Error detection time for serial communications (seconds)
7.15 Enabling/disabling sub unit price display
Common to Both Sides
50
Enables/disables the sub unit price display.
０ ５０ Process code ■ Enter a value, “0,” “1,” or “3.” “0”: Disables the sub unit price display. “1”: Enables the cash unit price. “3”: Enables the cash unit price and credit unit price.
7-18
Enabling/disabling sub unit price display
7.16 Readout of error occurrence status
Each Side
60
The latest 10 errors that occurred and the number of them are displayed.
０
0: Not displayed 1: Displayed
６０ Process code Entering “1” in the above display changes the display as shown below, showing errors from the latest.
０ ４０
Location of error occurrence 0: Main 1: Nozzle 1 3: Nozzle 3 2: Nozzle 2 4: Nozzle 4 Error code (blink)
６０ -０ Order of error occurrence -0 (latest) to -9 The date and time the error occurred is displayed by pressing the ＥＮＴＥＲ key.
２００５０１ , ０１１０４５ ６０ -０ Each press of the ENTER key displays an error in order from the latest. To reset memorized errors, press 0 and ENTER. (All errors are cleared.)
7-19
Date and time error occurred is displayed （2005, 01, 01 at 10:45）
The following is displayed after –9 in the error occurrence order, or if the error code becomes “00”.
１ ４０
Number of error occurrences
Error code (blink)
６０ For each error code, the total number of error occurrences is displayed. Each press of the ENTER key displays the total number of error occurrences for up to 10 errors in the order of occurrence. 11th or later errors are counted in total, with the error code that occurred last displayed. The maximum number of error occurrences is 255. After 10 errors are displayed or “00” is displayed as the error code, the error occurrence status display finishes.
7-20
7.17 Readout of dip switch settings
Common to Both Sides
61
Displays the dip switch status.
１２００ ００００ ６１
１
Process code
Sub code
Dip switch status ON: Displays the switchnumber. OFF: Displays “0.”
0 : Dip switch 1 1 : Dip switch 2 2 : Dip switch 3 3 : Dip switch 4 * For the single board, since “dip switch 4” does not exist, read-out data is undefined.
7-21
7.18 Readout/registration of energization time
Common to Both Sides
62
Reads out/registers the energization time of the dispenser from the installation or the initialization of registered data.
０ ６２ Process code This is displayed in steps of 1 hour. Enter a value between “0” to “999999.”
7-22
Energization time: 6 digits
7.19 Readout/registration of fueling count
Each Side
63
Reads out/registers the number of fueling operations for each nozzle from the installation or the initialization of registered data. The number of fueling operations in the training mode is also counted.
０ ６３
１
Process code
Sub code 1 : Nozzle 1 2 : Nozzle 2 3 : Nozzle 3 4 : Nozzle 4
■ Enter a value between “0” to “9999999999.”
7-23
Number of fueling operations: 10 digits
7.20 Readout/registration of power-on/off count
Common to Both Sides
64
Reads out/registers the number of power-on/off operations from the installation or the initialization of registered data. The count of on/off operations increases every time power is turned on.
０ ６４ Process code ■ Enter a value between “0” to “999999.”
7-24
Number of power-on/off operations: 6 digits
7.21 Revision history of instrumental error adjustment
Each Side
69
The adjustment values and times of changes for the past nine revisions can be read out for each nozzle.
-1: One time before the last to –9: Nine times before the last.
―１
１ ９９３５ ６９ Process code
Times of changes (0 to 255) Adjustment value in electronic calibration
１ Sub code 1 : Nozzle 1 2 : Nozzle 2 3 : Nozzle 3 4 : Nozzle 4
The date of instrumental error value adjustment is displayed by pressing the ENTER key.
―１
１
０５０１０１ ６９
Date of instrumental error value adjustment
１
Each of pressing the ENTER key enables indication of adjustment value one time before the currently indicated. The indication for maximum times of changes is 255 and the next will return to zero.
7-25
7.22 Registering instrumental error adjustment value
79
Each Side
The adjustment values are registered by nozzle (meter). When registration is disenabled, readout (of the latest value) is available. As the adjustment value is changed, the history is updated and the latest value will be notified to POS. The adjustment value and revision history remain saved even when the memory is initialized. With the Post mix dispenser, adjustment should be made on the gasoline volume.
０５０１０１ ９９３５ ７９
Date of instrument error value adjustment 2005, 01, 01 Adjustment value in electronic calibration
１
Process code Sub code 1 : Nozzle 1 2 : Nozzle 2 3 : Nozzle 3 4 : Nozzle 4 The input range for adjustment value is 97.50 to 102.50 by 0.05 increments. *The date the current value of instrument error adjustment was set is displayed as yy/mm/dd. *The date cannot be entered. It is automatically saved when the instrumental error adjustment value is set.
7-26
This Dispenser employs the electronic calibration (adjustment on instrumental error). When installation is completed, calibration and sealing are required. The calibration, formerly performed with the conventional dispensers by operating the handle of the piston meter, is to be performed by electric means. Adjustment value should be set for each nozzle (meter) and the tolerance can be made in the 5.00%± 0.05% increments. The counts for measured quantity should be adjusted within 97.50% to 102.50% against the pulses input from the meter. The adjusted value with the displayed counts should be registered in plus or minus percentage against the input pulse counts. The followings are the principle of the adjustment. Registered value (%)
Direction for correction
Number of input pulses
Minus
97.50
Displayed counts
97.50L
:
: 10,000
100.00
100.00L
: 102.50
: 102.50L
Plus
As the instrumental error cannot be determined to be zero even when the registered value is 100.00%, the calibration and sealing are required at the time of installation. The initial value is set at the factory shipment. The following is the example with the adjustment value of 99.35% for 10.00L dispensed. Before adjusting instrumental errors
After adjusting instrumental errors
Actual quantity
Differences
Changes in adjustment value
Adjustment value
Actual quantity
9.815L
-0.185L
-1.85
97.50%
10.000L
:
:
:
:
:
10.000L
0L
0
99.35%
10.000L
:
:
:
:
:
10.065L
+0.065L
+0.65
100.00%
10.000L
:
:
:
:
:
10.315L
+0.315L
+3.15
102.50%
10.000L
Changes in actual quantity against adjustment value for 10.00L dispensed, are as follows. Adjustment value
Actual quantity
+0.05%
Approx. -0.005L
-0.05%
Approx. +0.005L
7-27
Procedures for registering adjustment value Adjustment values are registered by using the remote control device in its maintenance mode. For prevention of the improper operation, the registration is available only by the following procedures. zPreparing for calibration Measure the instrumental errors by each nozzle. (The changes in the adjustment to be obtained from the displayed volume and the actual volume dispensed: by 0.05% increments) zAdjusting on instrumental errors
Turn power of dispenser OFF.
Break seal.
Turn power of dispenser ON.
Push seal SW.
Press E key on remote control before entering maintenance password to start registration for maintenance mode. Select adjustment value settings for item 79. (Enter 79 and press "ENTER".) Set adjustment value by each nozzle. (Add previously obtained changes to current adjustment value.)
Press E key of remote control to close maintenance mode.
Perform dispensing to confirm instrumental errors. NO
Are instrumental errors acceptable? YES Turn power of dispenser OFF.
put under seal.
Turn power of dispenser ON.
Ready for operation.
7-28
Calculation for instrumental error adjustment value 1. Read out the current adjustment value for each nozzle and enter it in records. 2. Measure the actually dispensed volume by each nozzle and obtain the new adjustment value by the following formula: New adjustment value=
Displayed counts (after adjustment) x Actual volume (before adjustment) x Current adjustment value Displayed counts (before adjustment) x Actual volume (after adjustment)
Displayed counts (before adjustment): Displayed counts (after adjustment): Actual volume (before adjustment): Actual volume (after adjustment):
Value displayed on the counter when measured for the actually dispensed. Value to be displayed on the counter after the adjustment. Measured actually dispensed volume. Volume of the actually dispensed and to be so displayed on the counter after adjustment.
Example with the current adjustment value=99.50% When displayed counts (before adjustment) = 10.00L, and actual volume (before adjustment) = 10.01L, When actual volume (after adjustment) = to be 10.00L (for the instrument error to be 0%)
New adjustment value=
10.00 x 10.01 x 99.50 = 99.599 → 99.60 10.00 x 10.00
3. Register 99.60 for the adjustment value.
7-29
7.23 Display test
Each Side
80
Displays test patterns to check the devices including LCD and LEDs.
０
0: Not displayed 1: Displayed
８０ Process code Entering “1” in the above display repeats the following test patterns. Press the R key during display to cause it to pause. Press the R key again to resume. To finish the process, press one of the E , W , X , and ENTER keys. If the keypad is available (registration mode “24” ≠ 0), it is also tested at the same time. If the sub unit price display is enabled (maintenance mode “50” ≠ 0), it is also tested at the same time.
7-30
< Operation of display test >
Updated (repeated) at intervals of 1 second
1 2
7-segment display Fueling quantity, amount, unit price, keypad display, sub unit price display 8,8,8,8,8,8, Blank
3
000000
4
111111
5
222222
6
333333
7
444444
8 9
555555 666666
10
777777
11
888888
12
999999
13
,,,,,,
14
......
Main display status lamp Lights up all Extinguishes all Lights up the 1st lamp from the top Lights up the 2nd lamp from the top Lights up the 3rd lamp from the top Lights up the 4th lamp from the top Lights up the 5th lamp from the top Lights up all Extinguishes all Lights up the 1st lamp from the top Lights up the 2nd lamp from the top Lights up the 3rd lamp from the top Lights up the 4th lamp from the top Lights up the 5th lamp from the top
Fuel type lamp
Key pad status lamp
Lights up all Extinguishes all Lights up the upper lamp only Lights up the lower lamp only
Lights up all Extinguishes all Lights up the 1st lamp from the left. Lights up the 2nd lamp from the left. Lights up the 3rd lamp from the left. Lights up the 4th lamp from the left Lights up the 5th lamp from the left Lights up all Extinguishes all Lights up the 1st lamp from the left. Lights up the 2nd lamp from the left Lights up the 3rd lamp from the left. Lights up the 4th lamp from the left Lights up the 5th lamp from the left
Extinguishes all Lights up the upper lamp only Lights up the lower lamp only Lights up all Extinguishes all Lights up the upper lamp only Lights up the lower lamp only Extinguishes all Lights up the upper lamp only Lights up the lower lamp only.
* 1 through 14 are repeated. * The 7-segment display for unit price display (unit price display for each fuel type) consists of 4 digits.
7-31
7.24 Initialization of registered data
Common to Both Sides
81
Initializes the registered data. Notice that this process clears all memory and all the registered data will be lost.
０
0: Not initialized
８１ Process code ■ For initialization, press
x
x
x
x
(any 4-digit number) and ENTER.
After the completion of this process, a reset is triggered and the status same as installation power-on is restored. (You cannot perform registration processes continuously after the completion of this process.) Note: The instrumental error adjustment value is changed even when the memory clearing is made
7-32
7.25 Calendar registration
95
Same for Both Sides
Performs registration of the calendar function.
２００５０１ , １０１４３０
Displays current date and time 2005, 01, 10 14:30
９５ Process code ■When changing the date/time, enter the year, month, date, hour, and minutes (12 digits). The decimal points, etc. do not need to be entered.
２００５０１ １０１２３０
Enter the modified date and time 2005, 01, 01 12:30
９５ The calendar is saved by pressing the ＥＮＴＥＲ key after changing the date/time. *Calendar registration (date/time setting) is only possible in maintenance mode.
7-33
7.26 Readout of program version
Common to Both Sides
99
Reads out the specification and version of the program.
Ａ１７０Ａ１ １０ ９９ Process code
Specification
Version
０ Sub code 0: Main
Specification: Program model number: A A - 1 1 7 0 A 0 0 1 (letters in
7-34
are displayed)
8. List of Default Values The list of default values for each country is given below that are set by “registration of country code” of maintenance mode “30.” Registration process code Registration item Country
30
21
24
Integer fueling unit
Country code
Amount
Keypad setting
Quantity
P1
P2
P3
P4
P5
Initial value
000
0
0
3
-
-
-
-
-
South Korea
410
3
2
3
5000
10000
20000
30000
50000
China
156
0
0
0
-
-
-
-
-
Taiwan
158
0
0
3
50
100
500
1000
2000
Malaysia
458
0
0
3
5
10
15
20
30
Philippine
608
0
0
3
20
100
150
200
250
Thai
764
0
0
3
20
30
50
100
200
Iraq
368
0
0
3
-
-
-
-
-
Brunei
096
0
0
3
-
-
-
-
-
Indonesia
360
0
0
3
-
-
-
-
-
Hong Kong
344
0
0
3
-
-
-
-
-
Vietnam
704
0
0
3
10000
20000
30000
2Liter
3Liter
India
356
0
0
3
-
-
-
-
-
Pakistan
586
0
0
3
-
-
-
-
-
Oman
512
0
0
3
-
-
-
-
-
Netherlands
528
0
0
0
-
-
-
-
-
Germany
280
0
0
3
-
-
-
-
-
Belgium
056
0
0
3
-
-
-
-
-
Sweden
752
0
0
3
-
-
-
-
-
Denmark
208
0
0
3
-
-
-
-
-
Spain
724
0
0
3
-
-
-
-
-
Poland
616
0
0
3
-
-
-
-
-
Czech
203
0
0
3
-
-
-
-
-
England
826
0
0
3
-
-
-
-
-
* The initial values are the values before registering a county code.
8-1
Registration process code
26
32
36
Unit price display shutoff time after completion of fueling
First indicati on
Calculation method of amount preset
Initial value
0
8
0
2
2
2
1
South Korea
0
8
0
0
3
0
1
China
0
8
0
2
2
2
1
Taiwan
0
8
0
0
2
1
1
Malaysia
0
8
0
2
2
3
3
Philippine
0
8
0
2
2
2
1
Thai
0
8
0
1
2
2
1
Iraq
0
8
0
0
2
0
1
Brunei
0
8
0
2
2
3
1
Indonesia
0
8
0
0
2
0
1
Hong Kong
0
8
0
0
2
0
1
Vietnam
0
8
5
0
3
0
1
India
0
8
4
2
2
2
1
Pakistan
0
8
9
2
2
2
1
Oman
0
8
0
3
3
3
1
Netherlands
0
5
0
2
2
3
1
Germany
0
5
0
2
2
3
1
Belgium
0
5
0
2
2
2
1
Sweden
0
5
0
2
2
2
1
Denmark
0
5
0
2
2
2
1
Spain
0
5
0
0
2
1
1
Poland
0
5
0
2
2
2
1
Czech
0
5
0
1
2
2
1
England
0
3
0
2
2
3
3
Registration item Country
* Fist indication: 8=0.08 L / 5=0.05 L / 3=0.03L
8-2
37
38
Number of decimal places Amount Quantity
Unit price
Monetary unit ratio
Registration process code Registration item Country
39
40
41
43
44
Submersible Preset Slowdown Enabling/ Preset slowdown position pump leak quantity/amount time for disabling zero detection rounding pulse stop suppress Gasoline Diesel Kerosene time designation
Initial value
1
1
0.8
0.8
0.8
3
0
South Korea
1
1
0.3
0.4
0.5
3
0
China
1
1
0.8
0.8
0.8
3
0
Taiwan
1
1
0.8
0.8
0.8
3
0
Malaysia
1
1
0.8
0.8
0.8
3
0
Philippine
1
1
0.8
0.8
0.8
3
0
Thai
1
1
0.8
0.8
0.8
3
0
Iraq
1
1
0.8
0.8
0.8
3
0
Brunei
1
1
0.8
0.8
0.8
3
0
Indonesia
1
1
0.8
0.8
0.8
3
0
Hong Kong
1
1
0.8
0.8
0.8
3
0
Vietnam
1
1
0.8
0.8
0.8
3
0
India
1
1
0.8
0.8
0.8
3
0
Pakistan
1
1
0.8
0.8
0.8
3
0
Oman
1
1
0.8
0.8
0.8
3
0
Netherlands
1
1
0.8
0.8
0.8
3
0
Germany
1
1
0.8
0.8
0.8
3
0
Belgium
1
1
0.8
0.8
0.8
3
0
Sweden
1
1
0.8
0.8
0.8
3
0
Denmark
1
1
0.8
0.8
0.8
3
0
Spain
1
1
0.8
0.8
0.8
3
0
Poland
1
1
0.8
0.8
0.8
3
0
Czech
1
1
0.8
0.8
0.8
3
0
England
1
1
0.8
0.8
0.8
3
0
* The initial values are the values before registering a county code. * Preset slowdown position: 0.8 = slowdown of discharge quantity 0.8 L before the specified quantity
8-3
Registration process code Registration item Country
45
46
48
Pump lock time after change of displayed unit price
Pump lock time for pulse stop
Error detection time for serial communications
Initial value
0
0
30
South Korea
0
0
30
China
0
0
30
Taiwan
0
0
30
Malaysia
0
0
30
Philippine
0
0
30
Thai
0
0
30
Iraq
0
0
30
Brunei
0
0
30
Indonesia
0
0
30
Hong Kong
0
0
30
Vietnam
0
0
30
India
0
0
30
Pakistan
0
0
30
Oman
0
0
30
Netherlands
0
0
30
Germany
0
0
30
Belgium
0
0
30
Sweden
0
0
30
Denmark
0
0
30
Spain
0
0
30
Poland
0
0
30
Czech
0
0
30
England
7
0
30
* The initial values are the values before registering a county code.
8-4
Registration process code Registration item Country
Items that cannot be registered Pulse error judgment count
Minimum nozzle hanging time for continuous fueling
Error clearing with keypad
Initial value
16
1.0
Possible
South Korea
16
1.0
Possible
China
16
1.0
Possible
Taiwan
16
1.0
Possible
Malaysia
16
1.0
Possible
Philippine
16
1.0
Possible
Thai
16
1.0
Possible
Iraq
16
1.0
Possible
Brunei
16
1.0
Possible
Indonesia
16
1.0
Possible
Hong Kong
16
1.0
Possible
Vietnam
16
1.0
Possible
India
16
1.0
Possible
Pakistan
16
1.0
Possible
Oman
16
1.0
Possible
Netherlands
3
0.5
Impossible
Germany
3
0.5
Impossible
Belgium
3
0.5
Impossible
Sweden
3
0.5
Impossible
Denmark
3
0.5
Impossible
Spain
3
0.5
Impossible
Poland
3
0.5
Impossible
Czech
3
0.5
Impossible
England
3
1.0
Impossible
Remarks
Comma display
* The initial values are the values before registering a county code. * Minimum nozzle hanging time for continuous fueling Unit: Second (1.0 = 1 second) * Items other than those initialized by registering a country code have the same value as those cleared by “initialization of registered data” of maintenance mode “81.”
8-5
