Quattro DC Introduction
19
14 = No Operator, Single Contactor, 1
Inductor Arm Filter, LV Field
Supply
15 = Operator, Single Contactor, 1
Inductor Arm Filter, LV Field
Supply
16 = No Operator, Dual Contactor, 1
Inductor Arm Filter, LV Field
Supply
17 = Operator, Dual Contactor, 1
Inductor Arm Filter, LV Field
Supply
18 = No Operator, Single Contactor, dv/dt
Arm Filter, Std Field Supply
19 = Operator, Single Contactor, dv/dt Arm Filter, Std Field Supply
20 = No Operator, Dual Contactor, dv/dt Arm Filter, Std Field Supply
21 = Operator, Dual Contactor, dv/dt Arm Filter, Std Field Supply
22 = No Operator, Single Contactor, dv/dt Field Filter, Arm Filter, Std Field Supply
23 = Operator, Single Contactor, dv/dt Field Filter, Arm Filter, Std Field Supply
24 = No Operator, Dual Contactor, dv/dt Field Filter, Arm Filter, Std Field Supply
25 = Operator, Dual Contactor, dv/dt Field Filter, Arm Filter, Std Field Supply
26 = No Operator, Single Contactor, dv/dt Arm Filter, LV Field Supply
27 = Operator, Single Contactor, dv/dt Arm Filter, LV Field Supply
28 = No Operator, Dual Contactor, dv/dt Arm Filter, LV Field Supply
29 = Operator, Dual Contactor, dv/dt Arm Filter, LV Field Supply
30 = No Operator, Single Contactor, dv/dt Field & Arm Filter, LV Field Supply
31 = Operator, Single Contactor, dv/dt Field & Arm Filter, LV Field Supply
32 = No Operator, Dual Contactor, dv/dt Field & Arm Filter, LV Field Supply
33 = Operator, Dual Contactor, dv/dt Field & Arm Filter, LV Field Supply
The drive has additional options available
when it is custom configured, these include;
- Dynamic braking – To properly size
armature dynamic braking resistors,
one must supply the contract speed,
capacity, rated armature voltage and
rated armature amps.
-
- Dual motor contactors - the intention
is to meet European EN81-1 and
ASME A17-1 / CSA A44-07 code
standards.
-
- 120V EHDB motor contactor - the
drive can be configured with the either
120V or 240V coils.
-
- EHDB motor contactor, Dual
auxiliary - it has been proven by
doubling the auxiliaries on the
contactor it increases the reliability.
-
- Long lead filter – this filter prevents
voltage ringing that occurs when the
distance from the motor and the drive
exceeds 70ft [20M].
-
- EMI 3-phase Power Line Filter –
meets EN 61800-3/A11
-
- Electrical Touch Safe Covers
– This
provides a clear Lexan barrier over the
AC fuses and if the auto-transformer is
installed the high voltage terminals
would be guarded as well.
Quattro startup guide
Initial Inspection
Unpacking
1. When unpacking, check drive for any
shipping damage.
2. If Quattro needs to be lifted, see spare
parts for lifting kit part number.
3. Review the technical manual.
4. Verify the proper drive model numbers and
voltage ratings as specified on the
purchase order.
5. Location of the Quattro is important for
proper operation of the drive and normal
life expectancy.
Installation
The installation should comply with the
following:
DO NOT mount in direct sunlight, rain or
extreme (condensing) humidity.
DO NOT mount where corrosive gases or
liquids are present.
AVOID exposure to vibration, airborne dust
or metallic particles.
DO NOT allow the ambient temperature
around the control to exceed the ambient
temperature listed in the specification.
Observe the following precautions:
1. Wiring guide lines
For Logic Input and Output I/O
connections, use quality, multi-conductor
cable or discrete stranded wire only.
For Encoder and Analog I/O connections,
use quality, multi-conductor braided shield
cable*.
For Communication I/O connections, use
quality, multi-conductor braided shield*
cable or twisted pair wire.
*Cable shields to be terminated with a 180/360
degree metal cable clamp attached to Control
Tray panel flange.
2. Never connect main AC power to the
output terminals
3. Never allow wire leads to contact metal
surfaces. Short circuit may result.
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