|
Xeptor Common
Features |
|
Physical Size |
IDX coin acceptors have the industry standard 3.5" wide and 4.0"
tall dimensions with three shoulder screw locations on each side.
See dimensional drawings for
details. Note that the X-50 and X-70 units have a separate
electronics control module not shown above. |
|
Electrical Interface |
Each IDX coin acceptors has an 8 pin header which connects to one of
many Personality Plugs which adapt it to
all popular connector types used in the industry. |
|
Coin Memory |
IDX coin acceptors do not hold a physical sample coin, but rather
learn and hold the electronic coin signature for as many as 6
different coins or tokens. |
|
Center & Edge Metal |
IDX coin acceptors have a unique coin centering coin chute and small
metal alloy sensors which enable them to separately measure the
alloy on both the edge and center of
bi-metal coins. |
|
Credit Optics Option |
All IDX coin acceptors can be optionally ordered with or without
built in credit optics used to verify that the coin has passed the
gate relay in the proper direction and speed. |
|
Coin Programming |
All IDX coin acceptors may be programmed by hand using a
procedure for dropping sample coins through
the unit. Xeptors with version 4.0 and later firmware can be
programmed at the touch of a button using a hand held Coin Selector
device. |
|
Program Security |
Our Electronic Security Key and X-Tracker
software allow you to secure the programming of the unit once
complete and track personnel whom have made changes to the
programming. |
|
Hinged Opening |
The hinged opening door-like construction of
all IDX coin acceptors allows for easy release of bent or shingled
coins without the worry that someone will do damage with a
screwdriver. |
|
Built In Diagnostics |
In order to quickly diagnose possible causes
for operational trouble, one only needs to turn the built-in rotary
switch and observe an LED to check the operation of each part of the
unit. |
|
Auto Tune Technology |
Long term stability of acceptance is assured via firmware that
automatically compensates for component age,
temperature effects, and other physical configuration changes. |