P/N 960-000169R_Rev. A {EDP #217859}
© 2012, Japan CashMachine Co., Limited
6
VEGA-RC Twin™ Series Banknote Recycler Integration Guide
Electrical Specifications
Structural Specifications
System Configuration
Figure 5 illustrates a typical VEGA-RC Twin™ System configuration.
Table 4
VEGA-RC Twin Electrical Specifications
Supply Voltage
*
:
*. Hot-swapping prohibited (e.g., do not plug connectors in or out while the VEGA Unit’s power is ON). The limited power source [Class 2] is required.
VEGA-RC Twin
•
12V DC ±5%
•
24-36V DC (Minimum: 20V DC/Maximum: 42.5V DC)(option)
†
†. If there is voltage ripple on the applied voltage, be sure that the minimum voltage has not fallen below 20V DC and make that ripple as smooth as
possible.
Current Consumption
‡
:
‡. Power voltage is input voltage for the VEGA Unit.
VEGA-RC Twin 12 with VEGA Unit
•
Standby = 0.21A (12V DC)
•
Operation = 2.2A (12V DC)
•
Peak = 2.9A (12V DC)
VEGA-RC Twin 42 with VEGA Unit (option)
•
Standby = 1.6A-0.11A (24-36V DC)
•
Operation = 1.2A-0.8A (24-36V DC)
•
Peak = 1.7A (24-36V DC)
Table 5
VEGA-RC Twin Structural Specifications
Weight:
Approximately 1.8kg (4lbs.)
Mounting:
Horizontal
*
*. Both vertical and transverse types should be installed at a 90-degree angle to the frame.
Outside Dimensions:
See “Entire Unit Outside Dimensions” on page 17 of this Manual
Figure 5
VEGA-RC Twin System Configuration
a) VEGA-RC Twin connected to the VEGA Unit
b) PC (Windows XP/2000/Vista/7)
c) Power Supply (e.g., VM-VEGA, UAC, etc.)
d) Host Machine
e) Maintenance Connector (VEGA)
f) Standard Marketplace USB Cable
[to VEGA: Mini “B” Plug/to VEGA-RC Twin: Standard “A” Plug]
g) Interface Connector (VEGA)
h) Power Harness
i) Harness
c
a
b
d
e
f
g
h
i
