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PG
DRIVES
TECHNOLOGY
33
E
GIS
- I
NSTALLATION
SK75326/6
7
Charger Connections
The Egis controller has a dedicated connector for the battery charger. Because the
charging current is routed via the controller, then the connection of a charger can be
automatically detected and the actual level of charging current measured and
displayed via a PGDT TruCharge type status indicator. This gives an indication of the
charging status of the batteries. Refer to Chapter 1 section 10.2.2 for more details of
this operation.
Ensure that a suitable fuse is connected to the Battery
positive wire of the charger connection cable as shown in
the Connection Diagrams in section 6.
The charger connector is a Molex Mini-Fit Junior. The mating crimps and connector
housing are Molex types 44476-1112 and 39-01-2040 respectively. PGDT can supply
these parts or Molex can be contacted directly. An optional rubber sealing boot is
available for the connector, please contact PGDT for details.
The maximum charging current via this connector is 12A RMS.
For pin-out details of this connector, refer to the connection diagrams, Figures 1 and
2, and the controller data sheet.
This connector also provides communications to the programmer.
7.1
Inhibit
The Egis controller has a versatile input that can be configured to provide inhibit
functions. This input is referred to as Inhibit and is located on the 4 way charger
connector (Pin 4).
Inhibit 1 is programmed primarily to detect a charger inhibit condition, such as an off
board charger being connected to the scooter or an onboard charger being
connected to the line.
See the example in section 7.1.2
Inhibit 1 input has 2 programmable parameters.
• Inhibit Mode
• Inhibit Operation
7.1.1 Inhibit Mode
The Mode parameter refers to the state in which the inhibit is active.
Summary of Contents for Raptor
Page 1: ...Servicemanual Servicemanual Handicare Produksjon AS Serviceboks 2626 Lillehammer Norway...
Page 24: ...EGIS SERIES SCOOTER CONTROLLER OPERATION INSTALLATION SK75326 6 PG DRIVES TECHNOLOGY...
Page 32: ...PG DRIVES TECHNOLOGY 1 EGIS OPERATION SK75326 6 CHAPTER 1 OPERATION...
Page 33: ...EGIS SK75326 6 PG DRIVES TECHNOLOGY 2...
Page 49: ...EGIS SK75326 6 PG DRIVES TECHNOLOGY 18...
Page 50: ...PG DRIVES TECHNOLOGY 19 EGIS INSTALLATION SK75326 6 CHAPTER 2 INSTALLATION...
Page 51: ...EGIS SK75326 6 PG DRIVES TECHNOLOGY 20...
Page 72: ...PG DRIVES TECHNOLOGY 41 EGIS TILLER MODULE SK75326 6 CHAPTER 3 TILLER MODULE...
Page 73: ...EGIS SK75326 6 PG DRIVES TECHNOLOGY 42...
Page 86: ...PG DRIVES TECHNOLOGY 55 EGIS WARNING SUMMARY SK75326 6 CHAPTER 4 WARNING SUMMARY...
Page 87: ...EGIS SK75326 6 PG DRIVES TECHNOLOGY 56...
Page 94: ...PG DRIVES TECHNOLOGY 63 EGIS SPECIFICATIONS SK75326 6 CHAPTER 5 SPECIFICATIONS...
Page 95: ...EGIS SK75326 6 PG DRIVES TECHNOLOGY 64...
Page 97: ...EGIS SK75326 6 PG DRIVES TECHNOLOGY 66...
Page 105: ...SP1A SK73762 6 PG DRIVES TECHNOLOGY VIII...
Page 106: ...PG DRIVES TECHNOLOGY 1 SP1A PROGRAMMING SK73762 6 CHAPTER 1 PROGRAMMING...
Page 107: ...SP1A SK73762 6 PG DRIVES TECHNOLOGY 2...
Page 118: ...PG DRIVES TECHNOLOGY 13 SP1A DIAGNOSTICS SK73762 6 CHAPTER 2 DIAGNOSTICS...
Page 119: ...SP1A SK73762 6 PG DRIVES TECHNOLOGY 14...
Page 125: ...SP1A SK73762 6 PG DRIVES TECHNOLOGY 20...
Page 126: ...PG DRIVES TECHNOLOGY 21 SP1A SOLO DIAGNOSTICS SK73762 6 CHAPTER 3 SOLO DIAGNOSTICS...
Page 127: ...SP1A SK73762 6 PG DRIVES TECHNOLOGY 22...
Page 136: ...PG DRIVES TECHNOLOGY 31 SP1A EGIS DIAGNOSTICS SK73762 6 CHAPTER 4 EGIS DIAGNOSTICS...
Page 137: ...SP1A SK73762 6 PG DRIVES TECHNOLOGY 32...
Page 146: ...PG DRIVES TECHNOLOGY 41 SP1A S DRIVE DIAGNOSTICS SK73762 6 CHAPTER 5 S DRIVE DIAGNOSTICS...
Page 147: ...SP1A SK73762 6 PG DRIVES TECHNOLOGY 42...
Page 157: ...SP1A SK73762 6 PG DRIVES TECHNOLOGY 52...
Page 158: ...PG DRIVES TECHNOLOGY 53 SP1A WARNING SUMMARY SK73762 6 CHAPTER 6 WARNING SUMMARY...