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Mars MS100 Series Coin Mech - Top Load (Flood Affected)
save 90%
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| Product ID : |
00977-0002 |
| Price : |
6.60 USD
(Change Currency)
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RRP: 68.70 USD |
(less sale discount 62.10 USD) |
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| Availability : |
Stock |
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MS100 Top Load electronic coin mechanism. 4-Coin acceptor with a Positive Common Interface only. It needs a 12 volt supply, but will work with a voltage of between 10 and 15 volts. Peak operating current is 2.3A (at moment of coin acceptance). The acceptor has a 13 pin connector.
MS100 Top Load electronic coin mechanism. 4-Coin acceptor with a Positive Common Interface only. It needs a 12 volt supply, but will work with a voltage of between 10 and 15 volts. Peak operating current is 2.3A (at moment of coin acceptance). The acceptor has a 13 pin connector.
This is a top load / bottom reject coin mechanism. When used with the Mars coin adapter and faceplate it allows the coin to be inserted from above the coin mechanism.
The setting of channels is done using special programming units and software.
A new eeprom is required to allow for reprogramming of the coin mechanism PROM:
The E+1V eeprom (blue coloured) used for 1k and 2k vending machine applications.
The E+1VA (green coloured) used for amusement and gaming machine applications.
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| Unit Dimensions : | 5.0W x 12.8D x 19.0H cms |
Condition : | Used |
| Shippping Weight : | 0.50 kg |
Location : | NSW, Australia |
| Shipping Terms : | Ex Works |
Warranty : | No Warranty |
| Product Type : | Coin Mechs |
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Please Note: this stock was in one of our warehouses which was flooded. We are not sure if they were fully under water or if just the outside cartons became wet - these goods are now being offered as heavily discounted stock. Whilst we believe that most will work fine and a good bargain for people with C120 programmers, you should treat this stock as spare parts only.
Specifications:
Pin Out
13 V.Com Selects Output Polarity
12 Ch. F Output
11 Blank
10 Ch. E Output
9 Ch. D Output
8 Blank
7 Ch. C Output
6 Ch. C Inhibit
5 +12V DC Supply +
4 0V DC Supply -
3 Ch. D Inhibit
2 Ch. E Inhibit
1 Ch. F Inhibit
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