Upload
others
View
11
Download
0
Embed Size (px)
Citation preview
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved.
Installation and User Manual
Navigation Light Control Panel
TEF 4720 - TEF 4722 - TEF 4730 - TEF 4732
Signal Light Control Panel
TEF 4740
Version 2.2 R. STAHL TRANBERG AS
October 2017
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 2 of 27
Document Information
Version: 2.2
Document Type: Description
Status: Issued for use
Amendment Date: October 2017
Issued By: R. STAHL TRANBERG AS, Technical dept.
Summary of Revisions (abbr.)
Date Version Status Issued By
September 2009 2.0 Issued for use TRANBERG AS
Technical dept.
October 2009 2.1 Issued for Use TRANBERG AS Technical dept.
October 2017 2.2 Issued for use R. Stahl Tranberg AS, Technical
department
R. STAHL TRANBERG AS has made every effort to provide accurate information, but makes no claims as to the accuracy or completeness of this information. R. STAHL TRANBERG AS disclaims liability for errors, omissions, misinterpretation or misuse of this information by others.
TRANBERG is a registered trademark of R. STAHL TRANBERG AS.
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 3 of 27
Table of Contents
TABLE OF CONTENTS ........................................................................................................... 3
CHAPTER I. INTRODUCTION ......................................................................................10
SECTION 1.01 GENERAL INFORMATION ..........................................................................11
CHAPTER II. TEF 4720 .................................................................................................26
SECTION 2.01 INTRODUCTION .......................................................................................27
SECTION 2.02 SYSTEM OVERVIEW.................................................................................32
SECTION 2.03 FUNCTIONAL DESCRIPTION ......................................................................35
SECTION 2.04 VOLTAGE COMPENSATION .......................................................................52
SECTION 2.05 INSTALLATION ........................................................................................58
SECTION 2.06 TECHNICAL DATA ....................................................................................72
SECTION 2.07 SPARE PARTS.........................................................................................82
SECTION 2.08 AUXILIARY EQUIPMENT ............................................................................96
CHAPTER III. TEF 4730 ............................................................................................... 104
SECTION 3.01 INTRODUCTION ..................................................................................... 105
SECTION 3.02 SYSTEM OVERVIEW............................................................................... 110
SECTION 3.03 FUNCTIONAL DESCRIPTION .................................................................... 113
SECTION 3.04 VOLTAGE COMPENSATION ..................................................................... 130
SECTION 3.05 INSTALLATION ...................................................................................... 136
SECTION 3.06 TECHNICAL DATA .................................................................................. 152
SECTION 3.07 SPARE PARTS....................................................................................... 162
SECTION 3.08 AUXILIARY EQUIPMENT .......................................................................... 176
CHAPTER IV. TEF 4722 ............................................................................................... 187
SECTION 4.01 INTRODUCTION ..................................................................................... 188
SECTION 4.02 SYSTEM OVERVIEW............................................................................... 192
SECTION 4.03 FUNCTIONAL DESCRIPTION .................................................................... 194
SECTION 4.04 INSTALLATION ...................................................................................... 214
SECTION 4.05 TECHNICAL DATA .................................................................................. 224
SECTION 4.06 SPARE PARTS....................................................................................... 234
CHAPTER V. TEF 4732 ............................................................................................... 247
SECTION 5.01 INTRODUCTION ..................................................................................... 248
SECTION 5.02 SYSTEM OVERVIEW............................................................................... 252
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page iv of 27
SECTION 5.03 FUNCTIONAL DESCRIPTION .................................................................... 254
SECTION 5.04 INSTALLATION ...................................................................................... 274
SECTION 5.05 TECHNICAL DATA .................................................................................. 284
SECTION 5.06 SPARE PARTS ...................................................................................... 294
CHAPTER VI. TEF 4740 ............................................................................................... 307
SECTION 6.01 INTRODUCTION ..................................................................................... 308
SECTION 6.02 SYSTEM OVERVIEW .............................................................................. 312
SECTION 6.03 FUNCTIONAL DESCRIPTION .................................................................... 318
SECTION 6.04 INSTALLATION ...................................................................................... 332
SECTION 6.05 TECHNICAL DATA .................................................................................. 342
SECTION 6.06 SPARE PARTS ...................................................................................... 352
CHAPTER VII. ADDITIONAL INFORMATION ............................................................... 364
SECTION 7.01 TECHNICAL CLARIFICATIONS ................................................................. 366
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 5 of 27
Chapter I. Introduction
Section 1.01 General Information
The purpose of the panels is to control, monitor and fuse navigation lights and signal lights.
Only navigation lights listed in COLREG may be connected to the control panels. They shall not be used for other purposes, except signal lights required by canal authorities.
TEF 4720 is for controlling single tier navigation lights and for connection of 24VAC/DC main and emergency power supplies.
TEF 4722 is for controlling single tier navigation lights and for connection of 230VAC (115VAC) main and emergency power supplies.
TEF 4730 is for controlling double tier navigation lights and for connection of 24VAC/DC main and emergency power supplies.
TEF 4732 is for controlling double tier navigation lights and for connection of 230VAC (115VAC) main and emergency power supplies.
TEF 4740 is for controlling signal lights and for connection of 230VAC (115VAC) power supply.
All panels are tested according to IEC60945 and ‘Det Norske Veritas’ certification notes.
The control panels are designed and manufactured by R. STAHL TRANBERG AS.
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 6 of 27
Chapter II. TEF 4720
Section 2.01 Introduction
TEF 4720 is for controlling single tier navigation lights and for connection of 24VAC/DC main and emergency power supplies.
Note: All panels are custom made. Refer to drawings for the specific system for overview and connections.
Section 2.02 System overview
Section 2.03 Functional description
Power supplies
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 7 of 27
The main switch operates both main and emergency supply. Left position – main supply, middle position – off and right position – emergency supply.
Both power supplies are constantly monitored. If a power supply is missing, the alarm relay activates and a red LED lights up. When the selected (by the main switch) power supply fails, an audible alarm sounds in addition to visual alarm and alarm relay. To stop the audible alarm, switch panel off or switch over to the alternate power supply.
Outgoing circuits
The TEF4720 series is delivered with 8, 12 or 16 outgoing circuits. Each circuit contains a separate monitoring device. The circuits are controlled by a two pole rocker switch, left position – on and right position – off.
Each circuit has a corresponding LED to show status. LED off – Circuit off. Steady light – Output is on and circuit is OK. Flashing light – Output is on and a failure is present. Failure can be a broken bulb, blown fuse etc. When a failure occur an audible alarm and the alarm relay activates. To stop the alarm, correct failure or switch circuit off.
Each circuit is fused in both poles. The fuses are located in the outgoing terminal blocks.
Dimmer, test button, potential free alarm contact
Indicator LED’s for the outgoing circuits are dimmable. Dimmer knob is located at the bottom left side. LED’s for power supplies are not dimmable.
Next to the dimmer knob, a push button named ‘test’ is located. This button tests the function of indicator LED’s and buzzer. When pressed, all LED’s lights up and buzzer is sounding. Note: The ‘test’ button does not check the status or functionality of the circuits or connected navigation lights.
The panel is equipped with a potential free change-over contact which activates on all alarms. The alarm contact is connected to terminal No. 51, 52 and 53.
Section 2.04 Voltage compensation
In long cable lengths voltage can drop below lower limit for the navigation light to ensure light output as required. To compensate for the voltage loss in cable, the TEF4720 have the possibility to single out circuits and connect them to a higher voltage. This is done by using a transformer with multiple voltage output. Ref. ‘Section 2.08’.
This technique also allows using cables with smaller cross-section than typically for 24V supply.
TEF4720 is modified for voltage compensation by R. Stahl Tranberg A.S. R. Stahl Tranberg A.S. can assist calculating voltage compensation.
Note: Voltage compensation is possible for AC supplies only.
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 8 of 27
Section 2.05 Installation
All systems are custom made. Refer to drawings for the specific system for connection diagram.
Power supplies
The panel should be supplied from two dedicated circuits, one from main distribution board and one from emergency. The power supplies must be fused.
Dimensioning fuse and cable depends on number and power of navigation lights connected. Add up power of navigation lights and add 20W for total power for the system. If external transformers are used, take into consideration transformers start up current when dimensioning fuse.
The panel handles both AC and DC current. When DC current is connected, make sure the phase is correct.
Navigation lights
The panel is constructed for filament lamps, 25-40W. The panel can be modified for smaller loads.
Connect according to drawings. Navigation lights should be grounded to the same potential as the panel.
1.5mm2 cable is suitable in most cases. For long cable lengths the circuit should be voltage compensated. Refer to section above regarding voltage compensation.
Section 2.06 Technical data
Supply voltage: 2 x 24VAC/DC 0/50/60Hz (Main and emergency supply)
Max. power consumption: 8 circuits: 340W
12 circuits: 500W
16 circuits: 660W
Load: Filament lamps 25-40W
For smaller loads on request
Outgoing fuses: 6.3A Fast acting. 5x20mm ceramic.
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 9 of 27
Compass safe distance: 45cm (5.4°/H deviation)
25cm (18°/H deviation)
Transformer (if applied): 65cm (5.4°/H deviation)
Transformer (if applied): 50cm (18°/H deviation)
Ambient temp., operating: 0 to +55°C
Enclosure class: IP 20
Dimension (WxHxD): 8 circuits: 144 x 240 x 150 mm
12 circuits: 144 x 384 x 150 mm
16 circuits: 144 x 384 x 150 mm
Weight: 8 circuits: 3.5 kg
12 circuits: 5.0 kg
16 circuits: 5.5 kg
Section 2.07 Spare parts
Description Part No.
Main switch: 50230082
Circuit switch: 50230008
Test-button: 50230029
Dimmer potentiometer: 50211023
Supply selector card P130 Ver2: 4813
Alarm card P40 Ver2: 50290089
Current sensing card P41: 2935
LED card P42: 3029
LED card P43 Ver2: 4815
Buzzer card P44 Ver2: 4814
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 10 of 27
Fused terminal block: 50281172 + 3287
Fuse 6.3A 5x20mm: 50232004
Section 2.08 Auxiliary equipment
R. Stahl Tranberg transformer with multiple secondary voltage outputs. Used when supply voltage is 230VAC and/or voltage compensation is required.
Part No. Effect Primary voltage Secondary voltage
50860044 400VA 230V 50/60Hz 0V-22V-24V-26V-28V-30V-32V
50860028 500VA 230V 50/60Hz 0V-22V-24V-26V-28V-30V-32V
50860032 700VA 230V 50/60Hz 0V-22V-24V-26V-28V-30V-32V
50860081 1000VA 230V 50/60Hz 0V-22V-24V-26V-28V-30V-32V
Transformers for other voltages delivered on request.
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 11 of 27
Chapter III. TEF 4730
Section 3.01 Introduction
TEF 4730 is for controlling double tier navigation lights and for connection of 24VAC/DC main and emergency power supplies.
Note: All panels are custom made. Refer to drawings for the specific system for overview and connections.
Section 3.02 System overview
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 12 of 27
Section 3.03 Functional description
Power supplies
The main switch operates both main and emergency supply. Left position – main supply, middle position – off and right position – emergency supply.
Both power supplies are constantly monitored. If a power supply is missing, the alarm relay activates and a red LED lights up. When the selected (by the main switch) power supply fails, an audible alarm sounds in addition to visual alarm and alarm relay. To stop the audible alarm, switch panel off or switch over to the alternate power supply.
Outgoing circuits
The TEF4730 series is delivered with 2x8, 2x12 or 2x16 outgoing circuits. Each circuit contains a separate monitoring device. The circuits are controlled by a two pole rocker switch, left position – main output, centre – off and right position – spare output.
Each circuit has a corresponding LED to show status. LED off – Circuit off. Steady light – Output is on and circuit is OK. Flashing light – Output is on and a failure is present. Failure can be a broken bulb, blown fuse etc. When a failure occur an audible alarm and the alarm relay activates. To stop the alarm, correct failure or switch circuit off.
Each output is fused in both poles. The fuses are located in the outgoing terminal blocks.
Dimmer, test button, potential free alarm contact
Indicator LED’s for the outgoing circuits are dimmable. Dimmer knob is located at the bottom left side. LED’s for power supplies are not dimmable.
Next to the dimmer knob, a push button named ‘test’ is located. This button tests the function of indicator LED’s and buzzer. When pressed, all LED’s lights up and buzzer is sounding. Note: The ‘test’ button does not check the status or functionality of the circuits or connected navigation lights.
The panel is equipped with a potential free change-over contact which activates on all alarms. The alarm contact is connected to terminal No. 51, 52 and 53.
Section 3.04 Voltage compensation
In long cable lengths voltage can drop below lower limit for the navigation light to ensure light output as required. To compensate for the voltage loss in cable, the TEF4730 have the possibility to single out circuits and connect them to a higher voltage. This is done by using transformer with multiple voltage output. Ref. ‘Section 2.08’.
This technique also allows using cables with smaller cross-section than typically for 24V supply.
TEF4730 is modified for voltage compensation by R. Stahl Tranberg A.S. R. Stahl Tranberg A.S. can assist calculating voltage compensation.
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 13 of 27
Note: Voltage compensation is possible for AC supplies only.
Section 3.05 Installation
All systems are custom made. Refer to drawings for the specific system for connection diagram.
Power supplies
The panel should be supplied from two dedicated circuits, one from main distribution board and one from emergency. The power supplies must be fused.
Dimensioning fuse and cable depends on number and power of navigation lights connected. Add up power of main navigation lights and add 20W for total power for the system. Note: Main and spare lights are never on simultaneously, so spare lamps is not necessary to include in calculating total power. If external transformers are used, take into consideration transformers start up current when dimensioning fuse.
The panel handles both AC and DC current. When DC current is connected, make sure the phase is correct.
Navigation lights
The panel is constructed for filament lamps, 25-40W. The panel can be modified for smaller loads.
Connect according to drawings. Navigation lights should be grounded to the same potential as the panel.
1.5mm2 cable is suitable in most cases. For long cable lengths the circuit should be voltage compensated. Refer to section above regarding voltage compensation.
Section 3.06 Technical data
Supply voltage: 2 x 24VAC/DC 0/50/60Hz (Main and emergency supply)
Max. power consumption: 2x8 circuits: 340W
2x12 circuits: 500W
2x16 circuits: 660W
Load: Filament lamps 25-40W
For smaller loads on request
Outgoing fuses: 6.3A Fast acting. 5x20mm ceramic.
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 14 of 27
Compass safe distance: 45cm (5.4°/H deviation)
25cm (18°/H deviation)
Transformer (if applied): 65cm (5.4°/H deviation)
Transformer (if applied): 50cm (18°/H deviation)
Ambient temp., operating: 0 to +55°C
Enclosure class: IP 20
Dimension (WxHxD): 2x8 circuits: 192 x 240 x 150 mm
2x12 circuits: 192 x 384 x 150 mm
2x16 circuits: 192 x 384 x 150 mm
Weight: 2x8 circuits: 4.5 kg
2x12 circuits: 7.0 kg
2x16 circuits: 7.5 kg
Section 3.07 Spare parts
Description Part No.
Main switch: 50230082
Circuit switch: 50230024
Test-button: 50230029
Dimmer potentiometer: 50211023
Supply selector card P130 Ver2: 4813
Alarm card P40 Ver2: 50290089
Current sensing card P41: 2935
LED card P42: 3029
LED card P43 Ver2: 4815
Buzzer card P44 Ver2: 4814
Fused terminal block: 50281172 + 3287
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 15 of 27
Fuse 6.3A 5x20mm: 50232004
Section 3.08 Auxiliary equipment
R. Stahl Tranberg transformer with multiple secondary voltage outputs. Used when supply voltage is 230VAC and/or voltage compensation is required.
Part No. Effect Primary voltage Secondary voltage
50860044 400VA 230V 50/60Hz 0V-22V-24V-26V-28V-30V-32V
50860028 500VA 230V 50/60Hz 0V-22V-24V-26V-28V-30V-32V
50860032 700VA 230V 50/60Hz 0V-22V-24V-26V-28V-30V-32V
50860081 1000VA 230V 50/60Hz 0V-22V-24V-26V-28V-30V-32V
Transformers for other voltages delivered on request.
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 16 of 27
Chapter IV. TEF 4722
Section 4.01 Introduction
TEF 4722 is for controlling single tier navigation lights and for connection of 230VAC (115VAC) main and emergency power supplies.
Note: All panels are custom made. Refer to drawings for the specific system for overview and connections.
Section 4.02 System overview
Section 4.03 Functional description
Power supplies
The main switch operates both main and emergency supply. Left position – main supply, middle position – off and right position – emergency supply.
Both power supplies are constantly monitored. If a power supply is missing, the alarm relay activates and a red LED lights up. When the selected (by the main switch) power supply fails, an
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 17 of 27
audible alarm sounds in addition to visual alarm and alarm relay. To stop the audible alarm, switch panel off or switch over to the alternate power supply.
Note: If main supply is present, main supply must be selected to avoid alarm.
Outgoing circuits
The TEF4722 series is delivered with 9, 13 or 16 outgoing circuits. Each circuit contains a separate monitoring device. The circuits are switch by a two pole rocker switch, left position – on and right position – off.
Each circuit has a corresponding LED to show status. LED off – Circuit off. Steady light – Output is on and circuit is OK. Flashing light – Output is on and a failure is present. Failure can be a broken bulb, blown fuse etc. When a failure occur an audible alarm and the alarm relay activates. To stop the alarm, correct failure or switch circuit off.
A red LED lights up next to the respective switch when spare lamp is on. This red LED has no other function that indication on / off.
Each circuit is fused in both poles. The fuses are located in the outgoing terminal blocks.
Dimmer, test button, potential free alarm contact
Indicator LED’s for the outgoing circuits are dimmable. Dimmer knob is located at the bottom left side. LED’s for power supplies are not dimmable.
Next to the dimmer knob, a push button named ‘test’ is located. This button tests the function of indicator LED’s and buzzer. When pressed, all LED’s lights up and buzzer is sounding. Note: The ‘test’ button does not check the status or functionality of the circuits or connected navigation lights.
The panel is equipped with a potential free change-over contact which activates on all alarms. The alarm contact is connected to terminal No. 51, 52 and 53.
Section 4.04 Installation
All systems are custom made. Refer to drawings for the specific system for connection diagram.
Power supplies
The panel should be supplied from two dedicated circuits, one from main distribution board and one from emergency. The power supplies must be fused.
Dimensioning fuse and cable depends on number and power of navigation lights connected. Add up power of navigation lights and add 20W for total power for the system.
Navigation lights
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 18 of 27
The panel is constructed for filament lamps, 20-85W. The panel can be modified for smaller loads.
Connect according to drawings. Navigation lights should be grounded to the same potential as the panel.
Section 4.05 Technical data
Supply voltage: 2 x 230V (115V) 50/60Hz (Main and emergency supply)
Max. power consumption: 9 circuits: 780W
13 circuits: 1150W
16 circuits: 1400W
Load: Filament lamps 20-85W
Outgoing fuses: 4.0A Fast acting. 5x20mm ceramic.
Compass safe distance: 70cm (Standard)
40cm (Standby steering emergency)
Ambient temp., operating: 0 to +55°C
Enclosure class: IP 20
Dimension (WxHxD): 144 x 384 x 160 mm
Weight: Max. 5.5 kg
Section 4.06 Spare parts
Description Part No.
Main switch: 50230083
Circuit switch: 50230008
Test-button: 50230029
Dimmer potentiometer: 50211028
Main card P91: 9 circuits: 4818
13 circuits: 4817
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 19 of 27
16 circuits: 4816
LED card P93: 9 circuits: 4819
13 circuits: 4820
16 circuits: 4821
Transformer card P99: 3425
Power relay: 50231040 + 50231034 + 50231035
Fused terminal block: 50281172 + 50281173
Fuse 4.0A 5x20mm: 50232003
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 20 of 27
Chapter V. TEF 4732
Section 5.01 Introduction
TEF 4732 is for controlling double tier navigation lights and for connection of 230VAC (115VAC) main and emergency power supplies.
Note: All panels are custom made. Refer to drawings for the specific system for overview and connections.
Section 5.02 System overview
Section 5.03 Functional description
Power supplies
The main switch operates both main and emergency supply. Left position – main supply, middle position – off and right position – emergency supply.
Both power supplies are constantly monitored. If a power supply is missing, the alarm relay activates and a red LED lights up. When the selected (by the main switch) power supply fails, an
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 21 of 27
audible alarm sounds in addition to visual alarm and alarm relay. To stop the audible alarm, switch panel off or switch over to the alternate power supply.
Note: If main supply is present, main supply must be selected to avoid alarm.
Outgoing circuits
The TEF4732 series is delivered with 2x9, 2x13 or 2x16 outgoing circuits. Each circuit contains a separate monitoring device. The circuits are switch by a two pole rocker switch, left position – main output, centre - off and right position – spare output.
Each circuit has a corresponding LED to show status. LED off – Circuit off. Steady light – Output is on and circuit is OK. Flashing light – Output is on and a failure is present. Failure can be a broken bulb, blown fuse etc. When a failure occur an audible alarm and the alarm relay activates. To stop the alarm, correct failure or switch circuit off.
When spare output is on a red LED lights up next to the respective switch.
Each circuit is fused in both poles. The fuses are located in the outgoing terminal blocks.
Dimmer, test button, potential free alarm contact
Indicator LED’s for the outgoing circuits are dimmable. Dimmer knob is located at the bottom left side. LED’s for power supplies are not dimmable.
Next to the dimmer knob, a push button named ‘test’ is located. This button tests the function of indicator LED’s and buzzer. When pressed all LED’s lights up and buzzer is sounding. Note: The ‘test’ button does not check the status or functionality of the circuits or connected navigation lights.
The panel is equipped with a potential free change-over contact which activates on all alarms. The alarm contact is connected to terminal No. 51, 52 and 53.
Section 5.04 Installation
All systems are custom made. Refer to drawings for the specific system for connection diagram.
Power supplies
The panel should be supplied from two dedicated circuits, one from main distribution board and one from emergency. The power supplies must be fused.
Dimensioning fuse and cable depends on number and power of navigation lights connected. Add up power of main navigation lights and add 20W for total power for the system. Note: Main and spare lights are never on simultaneously, so spare lamps is not necessary to include in calculating total power.
Navigation lights
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 22 of 27
The panel is constructed for filament lamps, 20-85W. The panel can be modified for smaller loads.
Connect according to drawings. Navigation lights should be grounded to the same potential as the panel.
Section 5.05 Technical data
Supply voltage: 2 x 230V (115V) 50/60Hz (Main and emergency supply)
Max. power consumption: 2x9 circuits: 780W
2x13 circuits: 1150W
2x16 circuits: 1400W
Load: Filament lamps 20-85W
Outgoing fuses: 4.0A Fast acting. 5x20mm ceramic.
Compass safe distance: 70cm (Standard)
40cm (Standby steering emergency)
Ambient temp., operating: 0 to +55°C
Enclosure class: IP 20
Dimension (WxHxD): 192 x 384 x 160 mm
Weight: Max. 6.5 kg
Section 5.06 Spare parts
Description Part No.
Main switch: 50230083
Circuit switch: 50230024
Test-button: 50230029
Dimmer potentiometer: 50211028
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 23 of 27
Main card P91: 9 circuits: 4818
13 circuits: 4817
16 circuits: 4816
LED card P93: 9 circuits: 4819
13 circuits: 4820
16 circuits: 4821
LED card P95: 9 circuits: 3435
13 circuits: 3434
16 circuits: 3382
Transformer card P99: 3425
Power relay: 50231040 + 50231034 + 50231035
Fused terminal block: 50281172 + 50281173
Fuse 4.0A 5x20mm: 50232003
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 24 of 27
Chapter VI. TEF 4740
Section 6.01 Introduction
TEF 4740 is constructed for controlling signal lights and for connection to 230VAC (115VAC) power supply.
Note: All panels are custom made. Refer to drawings for the specific system for overview and connections.
Section 6.02 System overview
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 25 of 27
Section 6.03 Functional description
Power supplies
The main switch is located at the bottom left of the panel. Left position – off, right position – on.
Outgoing circuits
The TEF4740 series is build according to customer’s specification and can contain up to 22 outgoing circuits.
Each circuit has a corresponding LED to show status. LED off – Circuit off. Steady light – Output is on and circuit is OK. Flashing light – Output is on and a failure is present. Failure can be a broken bulb, blown fuse etc. When a failure occur an audible alarm and the alarm relay activates. To stop alarm, correct failure or switch circuit off.
Note: For outputs with dimmer or blinker/flasher, alarm circuit is disabled.
Each circuit is fused in both poles. The fuses are located in the outgoing terminal blocks.
Dimmer, test button, potential free alarm contact
Indicator LED’s for the outgoing circuits are dimmable. Dimmer knob is located at the bottom left side. LED’s for power supplies are not dimmable.
Next to the dimmer knob, a push button named ‘test’ is located. This button tests the function of indicator LED’s and buzzer. When pressed all LED’s lights up and buzzer is sounding. Note: The ‘test’ button does not check the status or functionality of the circuits or connected signal lights.
The panel is equipped with a potential free change-over contact which activates on all alarms. The alarm contact is connected to terminal No. 51, 52 and 53 (61,62,63).
Section 6.04 Installation
All systems are custom made. Refer to drawings for the specific system for connection diagram.
Power supplies
The panel should be supplied from a dedicated circuit. The power supplies must be fused.
Dimensioning fuse and cable depends on number and power of navigation lights connected. Add up power of the signal lights and add 20W for total power for the system.
Signal lights
The panel is constructed for filament lamps, 20-85W. The panel can be modified for smaller loads. For other types of loads the alarm circuits are disabled.
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 26 of 27
Connect according to drawings. Signal lights should be grounded to the same potential as the panel.
Section 6.05 Technical data
Supply voltage: 2 x 230V (115V) 50/60Hz (Main and emergency supply)
Max. power consumption: 1900W
Load: Filament lamps 20-85W
Outgoing fuses: 4.0A Fast acting. 5x20mm ceramic.
Compass safe distance: 70cm (Standard)
40cm (Standby steering emergency)
Ambient temp., operating: 0 to +55°C
Enclosure class: IP 20
Dimension (WxHxD): 144 x 384 x 160 mm
Weight: Max. 5.5 kg
Section 6.06 Spare parts
Description Part No.
Main switch: 50230023
Circuit switch: 50230008
Test-button: 50230029
Dimmer potentiometer: 50211028
Main card P91: Contact R. Stahl Tranberg A.S
LED card P93: Contact R. Stahl Tranberg A.S
Transformer card P99: 3467
Power relay: 50231040 + 50231034 + 50231035
Fused terminal block: 50281172 + 50281173
Fuse 4.0A 5x20mm: 50232003
Copyright © 2009-2017 R. STAHL TRANBERG AS. All rights reserved. Page 27 of 27
Chapter VII. Additional Information
Section 7.01 Technical Clarifications
Please contact R. STAHL TRANBERG AS regarding clarifications:
Visiting address
Strandsvingen 6
N-4032 Stavanger
NORWAY
Tel: +47 51 57 89 00
Fax: +47 51 57 89 50
Postal address
Strandsvingen 6
N-4032 Stavanger
NORWAY
www.stahl-tranberg.com