5-B Functions and Operating Method of Operation Panel
The operation panel is equipped with the following two switches and four LEDs (lamps):
(1) Functions of switches
FEED
: Pressing this switch feeds one card.
CLEAR
: Clears an error, if any.
The hardware or cover open error, however, cannot be cleared.
(2) Meanings of LED display
TEST (yellow)
: Comes on in the test mode.
ERROR (red)
: Comes on when an error occurs.
READY (green)
: Comes on when communication is enabled.
POWER (orange)
: Comes on when the power is turned on.
Operation panel
TEST
ERROR
READ
Y
POWER
CLEAR
FEED
5.Operation
5-C Setting Cards
(1) Pressing the [PUSH] button on the left of the hopper generates a "clicking" sound to lock the
hopper at the card setting position. Pressing the [PUSH] button again unlocks the hopper to
raise it. Do not unlock it by pressing the card.
(2) Set cards while the hopper is lowered at the setting position. Set them with the marked surfaces
facing upward and the timing mark sides facing left.
At this time, well-align the cards. Pay particular attention to the ends of the cards since a paper
feeding error may occur unless they are well-aligned.
(3) Press the side guide hard to the cards so that no clearance is allowed between them. Otherwise,
a reading error may occur.
When moving the side guide, keep pressing the guide lock lever (green). The side guide is fixed
when the lever is released.
(4) For the maximum card number settable onto the hopper, refer to the side guide index.
Note that setting too many cards on it may result in a paper feeding error or misreading.
(5) When using long-sized cards, raise the guide wire toward the external side of the hopper.
Pressing once: Locks the hopper.
twice: Unlocks the hopper.
Guide wire
How to move side guide
Slide it right and left while keep
pressing the guide lock lever (green).
Side guide index
5.Operation
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Summary of Contents for SR-450
Page 29: ...No clearance but cards are not aligned Clearance OK NG 5 Operation Good No good 17...
Page 50: ...38...
Page 51: ...N1N2N3 and M1M2M3 cannot be omitted as 6 byte fixed length data 39...
Page 52: ...N1N2N3 and M1M2M3 cannot be omitted as 6 byte fixed length data 40...
Page 53: ...41...
Page 54: ...N1N2N3 and M1M2M3 cannot be omitted as 6 byte fixed length data 42...
Page 55: ...Example 9 8 7 6 Mark position Mark Reading density 10 2 6 7 43...
Page 56: ...44...
Page 57: ...45...
Page 58: ...46...
Page 59: ...47...
Page 60: ...For error statuses see 9 B 2 48...
Page 62: ...50...
Page 66: ...12 External Views 360 2 2 2 1 7 1 695 12 External Views Unit mm 54...
Page 70: ...13 Appendix Timing mark direct under type General tolerance 0 20 Unit mm Mark frame 58...
Page 71: ...13 Appendix Timing mark control type General tolerance 0 20 Unit mm Mark frame 4 17 59...
Page 72: ...13 Appendix Timing mark to mark type General tolerance 0 20 Unit mm Mark frame 60...
Page 73: ...13 B Code Tables 1 ASCII code 2 ASCII decimal notation correspondence table 13 Appendix 61...
Page 74: ...3 EBCDIC punch code ASCII code correspondence table 13 Appendix 62...
