BMP2 BASIC – Inverter Control Board User and Installation Manual
This page provides technical information from the official BMP2 BASIC Inverter Control Board User and Installation Manual, Revision 3.00.10 MM, software reference X.23.4302.
The documentation covers three-phase electrical connections, DIP switch settings, low-voltage terminals, operating functions, diagnostic codes, door position teaching and interlock systems.
Document Information
- Manufacturer
- BMP EUROPE Srl
- Control board
- BMP2 Inverter Control Board
- Program version
- BASIC
- Document revision
- Rev. 3.00.10 MM
- Software reference
- X.23.4302
- Versions listed on the cover
- V04, V05, V06 and V07
- Versions in internal page headers
- V04, V05 and V06
- Languages
- English and Italian
- Document length
- 18 PDF pages
- English section
- Pages 1-9
- Italian section
- Pages 10-18
The cover includes V07, while the internal page headers identify V04/V05/V06. Before applying technical instructions, verify the hardware and software versions of the installed control board.
Electrical Specifications
Page 1 identifies the electrical characteristics of the BMP2 BASIC control system.
| Specification | Documented value |
|---|---|
| Power supply | 208-460 V AC ±10%, 50/60 Hz, three-phase |
| Motor reference | 2.2 kW, 50-80 Hz |
| Auxiliary supply | 12 V DC, 1 A |
| Position detection | Absolute encoder |
Electrical characteristics and motor wiring must be checked against the actual equipment and the original installation diagrams.
Power Connections and DIP Switch SW1
Page 2 contains the three-phase power connection diagram, motor wiring arrangements, flashing lamp and brake connections.
Power and Motor Connections
- Three-phase power supply: terminals 26, 27 and T
- Protective ground connection: terminal 28
- Motor connections: terminals 23, 24 and 25
- Flashing lamp and brake: terminals 29, 30 and 31
The original diagrams distinguish motor configurations for 230 V and 380 V. The manual specifies a 103 V DC brake connection.
DIP Switch SW1 Functions
| Switch | Function |
|---|---|
| DIP 1 | Brake control activation or deactivation |
| DIP 2 | Negative or positive brake configuration |
DIP 1 is associated with brake diagnostic codes AL0050 and AL0051. Refer to page 2 for the exact switch positions and wiring diagrams.
Low-Voltage Connections and LED Indicators
Page 3 documents control inputs, safety connections, auxiliary power and LED status indicators.
| Terminal | Function |
|---|---|
| 1-2 | 12 V DC auxiliary supply |
| 3 | RGB lamp serial communication |
| 4-5 | Door status contact / interlock connection |
| 7 | Anti-jamming sensor, normally closed |
| 8 | Opening input, normally open |
| 9 | Safety light barrier, normally closed |
| 10 | UPS activation |
| 11 | START input |
| 12 | Pedestrian START input |
| 14 | Photocell, normally closed |
| 16 | STOP, normally closed |
| 17-18 | Absolute encoder connections |
| 19 | Extra run input |
| 20 | Programmable auxiliary input |
| 21-22 | Additional auxiliary power terminals |
| 32-33 | Door open status contact |
Terminal assignments, contact states and the LED identifiers are specified in the original diagram on page 3.
Encoder and Inverter Software
The manual specifies the following software checks:
- FIX_03 encoder software: version 1_7 or later
- Inverter software: version 02.21.3805 or later
Check the installed software versions before commissioning or troubleshooting.
On-Board Control Keys
Page 4 describes the three control board keys used during positioning, teaching and menu navigation.
| Key | Function |
|---|---|
| P1 | Jog OPEN - dead-man movement and internal menu navigation |
| P2 | Teaching mode and parameter selection |
| P3 | Jog CLOSE - dead-man movement and internal menu navigation |
The teaching procedure is described separately on page 9.
Running Options and Operating Functions
Page 4 documents the BASIC program running options and their numerical configuration values.
Available functions include:
- UPS activation
- START input closing behaviour
- Automatic closing after photocell transit
- Pedestrian opening and closing
- Encoder time monitoring
- Deicing operation
- Automatic wired interlock
- Manual interlock
- Wi-Fi interlock
- Automatic START behaviour after power failure
- Washing position
- Radar input options
- Alarm relay functions
- Extra opening limit
- Spiral door mode
- UPS closing and manual UPS operation
- CAPTURE radar recognition
The functions are organised into Options 1, Options 2 and Options 3. Some require an LCD programmer, UPS board or additional equipment.
Refer to page 4 for the exact values, configuration requirements and restrictions.
Alarm Codes and Fault Diagnosis
Pages 5-6 provide the BMP2 BASIC alarm reference tables. The display uses the prefix AL followed by a four-character code.
| Alarm code | Description |
|---|---|
| AL0004 / AL0005 | Electronic control board failure |
| AL0011 | STOP error sequence |
| AL0012 | Motor short circuit |
| AL0013a-e | Absolute encoder position error |
| AL0032 | Overload |
| AL0050 | Brake interrupted |
| AL0051 | Brake overload |
| AL0052 | Position below the lower limit |
| AL0053 | Position beyond the opening limit |
| AL0055 | Incompatible UPS version |
| AL0056 / AL0070 | Invalid learning procedure |
| AL0074 | Anti-jamming sensor activation |
| AL0076 | Power supply fault |
| AL0079 | Safety edge activation |
| AL007A | UPS power supply fault |
| AL0080-AL0086 | Software errors |
| AL0087 | Overvoltage |
| AL008D | Overtemperature |
| AL008F | Ignition voltage fault |
| AL0091 / AL0093 / AL0094 / AL0095 / AL0097 | Software errors |
| AL0103 | Photocell blocked during teaching |
| AL010E | Door stalled |
| AL0116 / AL0117 / AL0118 | Motor configuration errors |
| AL0136 | Encoder data communication error |
| AL0138 | Encoder battery fault |
| AL013A | Lost encoder position |
Low-Voltage Overload Indication
Page 6 also describes repeated switching of the display and LEDs as a possible low-voltage overload or short-circuit condition.
Detailed checks and corrective actions are provided in the original alarm tables. Electrical troubleshooting must be carried out by qualified personnel.
Display Status Codes
Page 7 lists the operating status indications shown on the BMP2 display.
| Display | Meaning |
|---|---|
| C | Door closed |
| O | Door opened |
| OP | Door opening |
| CL | Door closing |
| PE | Pedestrian operation |
| St | STOP |
| J | Jog operation |
| tA | Door dimension teaching |
| tP | Pedestrian opening teaching |
| -.- | Teaching required |
| SE | Service expired |
| Sn | Service approaching |
| UPS | UPS opening |
| UPS- | UPS mode, door remains open |
| UPSF | UPS fault |
| UPSC | UPS closing |
| UPSO | UPS obstacle |
| ALnnnn | Alarm indication |
| r2 | Partial reset at boot |
| r3 | Complete reset at boot |
| r4 | Service reset |
Display Parameters with STOP Pressed
Page 7 describes the parameters available through the control board when the STOP command is active.
| Parameter | Function |
|---|---|
| to | Automatic pause time |
| nO | Minimum motor torque during opening |
| nC | Minimum motor torque during closing |
| So | Opening speed |
| Sc | Closing speed |
| OP | Open position adjustment |
| O2 | Intermediate opening |
| CL | Close position adjustment |
| Fo | Photocell exclusion point |
| r1-r6 | Relay contact functions |
| Fu | Automatic closing, UPS and interlock options |
The original manual specifies the adjustment ranges and the functions associated with each parameter. Some settings affect motor operation and safety devices.
Relay Contact Functions
Page 8 describes ten relay configuration cases.
| Case | Function |
|---|---|
| 1 | Door open - normally open |
| 2 | Door open - normally closed |
| 3 | Pedestrian open - normally open |
| 4 | Pedestrian open - normally closed |
| 5 | Door closed - normally open |
| 6 | Door closed - normally closed |
| 7 | Automatic interlock |
| 8 | Flashing while the door moves |
| 9 | Alarm - normally closed |
| 10 | Door open indication with preflashing exclusion |
Automatic, Manual and Wi-Fi Interlock
Page 8 explains the interlock system used to coordinate two or more doors.
The interlock prevents another door from opening while one connected door is open or opening.
Documented Interlock Modes
- Automatic wired interlock
- Manual wired interlock
- Wi-Fi interlock with LCD programmer
In automatic interlock mode, the second door can open automatically after the first door closes.
In manual interlock mode, the second door waits for a new opening command.
Wi-Fi interlock requires the LCD programmer to remain connected. The original manual provides the wiring and configuration references.
Door Dimension Teaching and Commissioning
Page 9 describes the door dimension teaching procedure required before automatic operation.
Until teaching is completed, the control board displays -.- .
Commissioning Checks
The manual requires verification of safety input connections, photocell alignment and motor rotation before the procedure.
Opening Dimension Teaching
The procedure records the main opening position and the automatic pause time using the on-board controls.
Pedestrian Opening Teaching
The optional pedestrian procedure records a separate opening position and pause time.
Teaching-Related Alarms
| Code | Meaning |
|---|---|
| AL0056 / AL0070 | Invalid learning procedure |
| AL0103 | Photocell blocked during teaching |
| -.- | Teaching not completed |
Follow the complete procedure on page 9 when commissioning the equipment.
Official PDF Manual
Download the complete BMP2 BASIC Inverter Control Board User and Installation Manual, including three-phase power wiring diagrams, low-voltage terminal assignments, DIP switch functions, alarm tables, interlock documentation and door teaching procedures.
Download Official BMP2 BASIC Control Board Manual (PDF)Technical Documentation Notice
This page provides a structured reference to the official BMP2 BASIC control board manual.
It does not replace the complete manufacturer documentation.
Before applying wiring, programming or diagnostic instructions, verify the installed control board hardware, software reference and motor configuration.
Electrical installation, commissioning and fault diagnosis must be performed by qualified personnel following the official instructions and applicable safety requirements.