Vingtor VSP 12 Way User manual

TECHNICAL MANUAL
Amplified Batteryless Telephone System
VSP 12 Way
A100K10873

2
A100K10873
VSP 12 Way Batteryless Telephone System
Technical Manual
Zenitel Norway AS and its subsidiaries assume no responsibilities for any errors that may appear in this
publication nor for damages arising from the information in it. No information in this publication should be
regarded as a warranty made by Zenitel Norway AS.
The information in this publication may be updated or changed without notice. Product names mentioned in
this publication may be trademarks and are used only for purposes of identication.
Zenitel Norway AS ©2011
About this Document
Document Scope
This document is intended for qualied technicians who will install and
service the VSP 12 Way Amplied Batteryless Telephone System on
marine vessels.
The document provides relevant information on system features,
available equipment, typical congurations, simplied wiring and
programming, and technical data for the system.
Interconnection procedures, hardware requirement and special terminal
programming for conguration are also described.
The following station models (version 6.0) are available for the VSP 12
Way system:
Product Part Number
Main Station, panel mounted VSP-211-L
Main Station, panel mounted with relay circuit VSP-223-L
Main Station, watertight VSP-122
Main Station, portable, watertight VSP-122P
Main Station, panel mounted, indoor unit VSP-213-L
Publication Log
Rev. Date Author Comments
4.0 2008-04-23 Published
5.0 2009-08-24 SEN/JF
New circuit board
Some contents updates
New document layout
5.1 18-05-2010 HKL Complete DIP switch settings
5.5 30-08-2010 ER
New front and back page.
Doc. no. VSP-12 Way_is is
replaced by A100K10873
6.0 22-7-2011 HKL Version 6.0 station models,
revised block diagram
6.1 16-5-2012 HKL Revised block diagram
Related Documentation
For further information about the VSP Amplied Batteryless
Telephone System not covered by this manual, refer to the following
documentation:
Doc. no. Subject Documentation
A100K10675 VSP 12 Way Amplied Batteryless Telephones Getting Started Guide
A100K10758 VSP-M Amplied Batteryless Telephones Technical Manual
VSP-Ex_iu Intrinsically Safe Set for VSP
VSP-5012 Buffer unit & VSP-512 Main station
Installation & User
Manual

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VSP 12 Way Batteryless Telephone System
Technical Manual
A100K10873
Contents
1 General Description........................................................................................................4
1.1 System ...................................................................................................................4
1.2 Station Types..........................................................................................................5
2 Functional Description...................................................................................................6
2.1 Power .....................................................................................................................6
2.2 Calling ....................................................................................................................6
2.3 Amplier .................................................................................................................7
2.4 Call Signal ..............................................................................................................7
2.4.1 Stations for Use in Safe Areas .........................................................................7
2.4.2 Stations for Use in Hazardous Areas ...............................................................7
2.5 Handset ..................................................................................................................7
3 Installation.......................................................................................................................8
3.1 Connection .............................................................................................................8
3.2 Cabling ...................................................................................................................8
3.3 Compass Safety ...................................................................................................10
3.4 Setting Extension Number....................................................................................10
4 Operation....................................................................................................................... 11
5 Troubleshooting............................................................................................................12
5.1 Conversation Lines...............................................................................................12
5.2 Call Tone...............................................................................................................12
6 Specications................................................................................................................13
6.1 Electrical Specications........................................................................................13
6.2 Certicates ...........................................................................................................13
7 DIP Switch Settings for Extension Numbers..............................................................15
8 Station & Mounting Dimensions..................................................................................16
8.1 VSP-122 ...............................................................................................................16
8.2 VSP-122P.............................................................................................................17
8.3 VSP-211-L ............................................................................................................18
8.4 VSP-213-L............................................................................................................18
8.5 VSP-223-L............................................................................................................19
Figures
Figure 1: System Conguration Example.................................................................................................................... 4
Figure 2: Main station VSP-211-L principle diagram................................................................................................... 6
Figure 3: Cabling diagram based on system conguration example .......................................................................... 9
Figure 4: DIP switch setting for extension no. 2........................................................................................................ 10
Figure 5: Extension number label ............................................................................................................................. 10

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A100K10873
VSP 12 Way Batteryless Telephone System
Technical Manual
1 General Description
1.1 System
The VSP Amplied Batteryless Telephone System is designed for
safe, loud and clear communication, and as a replacement for the
conventional Sound Powered Telephones.
The conventional facilities are retained and a low power consumption
amplier with capacitor-battery ensures excellent communication.
Through the use of dynamic microphone- and receiver-inserts, speech
and hearing levels that are 4 times louder can be obtained as compared
to the Sound Powered Telephones.
The VSP system is independent of the vessel’s power supply and fullls
the demands for emergency communication between vital locations
onboard.
The VSP system described in this manual is a system comprising up to
12 main stations with selector switches for selective calling between all
connected stations. The VSP system can also be connected to a 24V
DC power supply and work as a Common Battery Telephone System.
Figure 1: System Conguration Example
WHEELHOUSE CORRIDOR
VSP-211-L
ACCOMMODATIONS
VSP-213-L
+VSPK
VSP-223-L
IRR-24
IRR-220
ENGINE ROOM
EHS-24
EHS-24
EHS-220
EHS-24
VSP-36-PEL
VSP-36-PELP
STEERING GEAR
ENGINE
CONTROL
ROOM
CD-4
24 VDC
VSP-223-L
Subscriber lines
Ext. no. 1
Ext. no. 4 Ext. no. 5
Ext. no. 2
Ext. no. 3
(Ext. no. 2)
CAPTAIN'S CABIN CHIEF ENG. CABIN
OPEN DECK
220 VAC
24 VDC
CD-16
VSP-122P
Ext. no. 6

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VSP 12 Way Batteryless Telephone System
Technical Manual
A100K10873
1.2 Station Types
The VSP 12 Way system is a range of stations with up to 12 extensions
designed to provide clear and secure communication in any area and
under all conditions on board a vessel or rig. The various station types
can be mounted to suit particular onboard environments.
Mounting Environments
Flush or panel Bridge and Control Rooms
Desktop Accommodations
Light wall Noisy areas
Bulkhead Deck areas, Hazardous areas
The following station types are version 6.0 models.
VSP-211-L Main Station, panel mounted
● Main station with built-in amplier
● Bulkhead mount in on-wall back-box MBOKS
● Suitable for weelhouse and control room
VSP-223-L Main Station, panel mounted with relay
●Alarm stop button
● Noise compensated microphone
● LED call indicator
● Bulkhead mount in on-wall back-box MBOKS
●Suitable for control room and noisy areas
VSP-122 Main Station, watertight
● Main station in watertight housing
●Water resistant mil.spec. handset
● Bulkhead mount
● Suitable for bridge wings and open deck areas
VSP-122P Main Station, portable, watertight
● Main station in watertight housing
●Water resistant military spec. handset
● Portable with handle and 5 or 10 m cable
● Suitable for bridge wings and open deck areas with plug box CD-16
VSP-213-L Main Station, panel mounted indoor
● Desk or wall mount in wooden cabinet VSPK
● Bulkhead mount in on-wall back-box MBOKS
● Suitable for weelhouse, control room or accommodation
For further information about VSP stations and accessories, visit www.
vingtor.com.

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A100K10873
VSP 12 Way Batteryless Telephone System
Technical Manual
2 Functional Description
30V
SELECTOR
STATION NUMBER
1
1
12
12
Mic line
Speaker
line
+24 VDC
Line 12
Line 1
Line 2
GND
2
4
3
16
15
14
13
12
11
10
9
8
7
6
5
1
SW1
P10
6
5
4
3
1
2
HANDSET
AMPLIFIER
Q1-5
IC1
SIGNAL
TONE
Z2
D1-D12
C7
P6
P7
P11-P22
Z1
39V
NC
24 0V
23
HAND
CRANK
P8
P9
D17
+
+
+
D19
D21
TP11
TP12
TP13
INDUCTOR
MOTOR
J7/J8
J6/J6
Figure 2: Main station VSP-211-L principle diagram
2.1 Power
● An AC voltage appears between TP10/TP11 and TP12/TP13 when
the hand crank is activated. This voltage is rectied in D19 and D21,
providing DC power for two purposes:
- Powering the amplier
- Creating a call signal
LP8 and P9 together with D17 enables the use of the board with the old inductor.
● When a call is being made, the actual line will carry a generated
voltage. This voltage is fed through the active line via the
corresponding diode D11 and D12 to the amplier.
● A permanent amplier 24 VDC power can be supplied on the
connection block terminal 23 (+) and 24 (-).
LTo avoid noise problems, the 24 VDC power supply must be connected via a DC/
DC converter.
LNote that the circuit boards can be used as spare parts for the older VSP units.
When using boards with inductors, remove jumpers from pins J6 and J7/J8 and
insert a jumper on pin J9 located to the left of the DIP switches.
2.2 Calling
● The station’s extension number is set by DIP switches P11 - P22.
This will activate the call signal generator in the called station and
provide power to the amplier.
● The desired station is selected by a 12-way rotary switch.
When turning the hand crank, a voltage is supplied to the selected
line.

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VSP 12 Way Batteryless Telephone System
Technical Manual
A100K10873
2.3 Amplier
Only the Main Station VSP-211-L has a built-in microphone amplier.
This amplier is used by all stations in the system.
● The capacitor C7 will be charged and act as the battery power for the
transistorized amplier.
- The voltage across C7 is limited to 39 VDC by the Zener diode Z1.
- The voltage will slowly decrease to less than 20 V during a period
of 15 to 20 minutes. Despite the change in voltage level, full
amplication will be obtained during this period.
● The amplier quiescent current can be measured by replacing the
strap P6 with a uA-meter.
- The quiescent current is set to Iq = 20 uA at U = 20-30 V when
delivered from the factory and can be adjusted by RV1.
2.4 Call Signal
2.4.1 Stations for Use in Safe Areas
● The oscillator will start when the hand crank is activated and the DC
voltage exceeds Zener diode Z2 limitation (30 V).
- A call tone will be heard in the handset microphone both at the
calling station and the station being called. (In this case, the
dynamic microphone acts as a ‘loudspeaker’).
- The calling tone frequency is 2500 Hz.
It is not recommended to change the call tone frequency because it is
adjusted to the mechanical resonance of the handset.
The call tone has a uttering frequency at about 15 Hz because of the
crank speed.
Depending on environmental noise, it is possible to choose a high or low
level for the call tone by strapping P7 on the station PCB.
2.4.2 Stations for Use in Hazardous Areas
● No call signal is supplied in EX approved stations (VSP-512) used in
hazardous areas.
- Calls to a station in a hazardous area will be indicated by use of EX
approved audible or visible signal units.
- When VSP-512 is called, a relay in the buffer unit will be activated
and necessary power for the signal devices will be supplied.
2.5 Handset
The microphones in all stations are connected to the same line when
their handset button is pressed. This line is connected to the input
transformer of the system amplier located in VSP-211-L.
The microphone line is marked 1 and 2 on the screw terminals in all
VSP units.
The speakers in all station handsets are connected to the same line
when the handset button is pressed. This line is connected to the output
transformer of the system amplier located in VSP-211-L.
The speaker line is marked 3 and 4 on the screw terminals in all VSP
units.

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A100K10873
VSP 12 Way Batteryless Telephone System
Technical Manual
3 Installation
In a VSP system, one station MUST BE a VSP-211-L where the
transistorized amplier is located. This amplier is used by all stations.
The other stations in the system can be any other VSP station type,
depending on the requirements and environments.
3.1 Connection
All stations in a VSP system are connected in parallel, i.e. all terminals
with the same number are linked together in all stations.
Some stations have additional terminals for station type related
connections.
All VSP stations
General screw terminal block numbered from 1 to 16.
Microphone line 1 (signal) and 2 (ground)
Speaker line 3 and 4 (balanced)
Station lines 5 to 16 (lines 1 to 12)
VSP-223-L station
This station has a built-in latch relay circuit for activating external
audible and/or visible signal units. Additional terminals 17-22 are added
for this feature.
Local 24 VDC for signal unit 17 (+24 V) and 20 (0 V)
Signal unit connection 18 (+24 V) and 19 (0 V)
Alarm stop button 21 and 22
VSP-211-L station
The VSP system can also work as a common battery telephone system
when an external 24 VDC power supply is connected to the system
amplier. Two terminals are added for this purpose.
External power in 23 (+24 V) and 24 (0 V)
3.2 Cabling
The recommended cable is 0.5 sq. mm revolved in pairs with an outer
insulated screen, like RCOP.
The number of wires needed depends on the number of stations in the
system.
● Two twisted pairs are used as microphone (1 pair, terminals 1 &
2) and speaker (1 pair, terminals 3 & 4) lines. In addition, one wire
is used for each station selection. A full system with 12 stations
therefore requires 8 pairs of wires.
●The screen must be connected to terminal 2 in VSP-211-L to avoid
noise problems.

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VSP 12 Way Batteryless Telephone System
Technical Manual
A100K10873
Figure 3: Cabling diagram based on system conguration example
WHEELHOUSE
ENGINE ROOM
EHS-24
EHS-24
EHS-24
EHS-220
VSP-36-PELP
VSP-36-PELP
STEERING GEAR
CAPTAIN’S CABIN
OPEN DECK
CORRIDOR
Ext. no. 1
Ext. no. 2
Ext. no. 4
Ext. no. 6
Ext. no. 5
Ext. no. 3
Ext. no. 2
24 VDC
+_
CD-4
10 11 12 13 14 15 16
10 11 12 13 14 15 16
10 11 12 13 14 15 16
10 11 12 13 14 15 16
10 11 12 13 14 15 16
+
+
+
_
_
_
VSP-223-L
VSP-223-L
Ext.
Alarm
stop
Ext.
Alarm
stop
Ext.
Alarm
stop
10 11 12 13 14 15 16
Alternative power
for common
battery use
VSP-211-L
24 VDC
24 VDC
24 VDC
220 VAC
+
+
+
_
_
_
External Power
External Power
External Power
External Power
VSP-213-L + VSPK
VSP-213-L + VSPK IRR-24 IRR-220
VSP-122P
CD-16
Ext.no.
ENGINE CONTROL ROOM
CHIEF ENGINEER CABIN

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A100K10873
VSP 12 Way Batteryless Telephone System
Technical Manual
3.3 Compass Safety
The station units must be installed at least 155 cm away from the
vessel’s magnetic compass.
3.4 Setting Extension Number
Each VSP station must have its own unique extension number, 1 to 12,
set by DIP switches.
To set the extension number:
1. Insert jumpers into pins J2 and J3.
2. Activate the DIP switch on the PCB corresponding to the selected
number by sliding it to the ON position.
Figure 4: DIP switch setting for extension no. 2
For information on all extension number settings, see section 7 DIP
Switch Settings for Extension Numbers.
A label strip with numbers 1 to 12 is shipped with each station.
● Fix the label with the relevant extension number in the frame next to
the text Station no at the front of the station.
Figure 5: Extension number label

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VSP 12 Way Batteryless Telephone System
Technical Manual
A100K10873
4 Operation
To make a call to another station:
1. Set the rotary switch (Line Selector) to the extension number of the
station you wish to call.
2. Turn the crank clockwise until a loud beeping tone is heard from the
station.
- About 5 to 6 turns will be required.
3. Lift the handset, press the button on the handset and keep it pressed
during the entire conversation.
You may now converse with full power and without distortion for a
guaranteed period of 20 minutes.
After 20 minutes, the conversation period can be extended by turning
the crank again.
● By calling a station with a built-in relay circuit for operating external
signal units, the relay is activated for about 20 seconds.
The signal may be muted earlier than 20 seconds by pressing the
ALARM STOP button located at the front of the station.
The relay circuit can also be delivered built into a separate wall-mount
box and hooked up to any actual station.
In noisy areas, a headset with a noise compensating microphone may
be connected to the station, either xed connected or plugged into a
separate plug box.

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A100K10873
VSP 12 Way Batteryless Telephone System
Technical Manual
5 Troubleshooting
5.1 Conversation Lines
One station is not working
● Verify that the station has the correct address set on the DIP
switches
● Check the cable and terminal connections numbers 1, 2, 3 and 4 in
the non-working station
One or more stations are not working
● Check connection cable
● Check plugs/sockets for portable units
● Check handset/headset used
No stations in the system are working
● Check that the voltage on P6 is between 20 and 39 V.
● Check quiescent current.
- The amplier quiescent current can be measured by replacing the
strap P6 with a uA-meter.
- The quiescent current is adjusted by RV1 to 20 uA at UC7 = 20-30 V.
● The amplier in VSP-211-L may be defective.
- Replace the station with one that is in working order.
5.2 Call Tone
Extension numbers 11 and 12 do not work. No call tone
●Jumpers on pins J2 and J3 are not inserted.
- Insert jumpers on pins J2 and J3 located on the right side of the
DIP switch.
Station receives calls from two or more lines
● Several extension numbers are set.
- Verify that the station has the correct extension number set on the
DIP switch.
No call tone in own station
● Check the P8/P9 connections to the generator and rectier in the
station
● Check that the generator is working by use of AC voltmeter while
operating the crank or by use of an ohm-meter between P8 and P9.
No call tone in called station
● Check the cable connection to the corresponding station number.
Terminal no. 12345678910 11 12 13 14 15 16
Station no. 1 2 3 4 5 6 7 8 9 10 11 12
● Check that the voltage across Z2 is 30 V when called.
●The oscillator in the called station may be defective.
- Replace the station with one that is working.
LStations used in hazardous areas do not have a call tone oscillator.

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VSP 12 Way Batteryless Telephone System
Technical Manual
A100K10873
6 Specications
6.1 ElectricalSpecications
Built-in system amplifier
Operating voltage (C7 battery): 39 – 20 VDC
Operating voltage (external supply): 24 VDC
Frequency range (-3dB): 180 – 4500 Hz
S/N ratio: < -55 dB
TDH-N: <1%
Amplier input impedance: Z = 213 ohm @ 1 kHz
Z = 180 ohm @ 250 Hz
(R = 52 ohm)
Microphone signal level: 5 - 10 mV
Microphone impedance: 135 ohm @ 1 kHz
Amplier output impedance: Z = 92 ohm @ 1 kHz
Z = 60 ohm @ 250 Hz
(R = 1.5 ohm)
Speaker signal level: 0.7 V
Speaker impedance: 135 ohm @ 1 kHz
Compass safety distance: 155 cm
6.2 Certicates
The system components have a light, robust and corrosion resistant
construction, and conform to the following Product Specications:
● IEC 533, 2nd edition, June 1996;
«EMC of Electrical and Electronic Installation in Ships and of Mobile
and Fixed Offshore Units»
● Det Norske Veritas (DNV), Certication Notes no. 2.4;
«Environment test Specication for Instrumentation and Automation
Equipment»
Optional EMC requirements
● IEC 945, February 1995;
«Maritime navigation and Radio Equipment and Systems - general
requirements, methods of testing and required test results».
CENELEC
● EN50081-1 January 1992;
«Generic emission standard, Part 1: Residential, commercial and
light industry»
● EN50082-2 March 1995;
«Generic immunity standard, Part 2: Industrial environment»
Test reference:
Report No.: 96-1196
Issued by: DET NORSKE VERITAS AS
Report No.: S97 0662a and S97 0662b
Issued by: Jydske EMC Lab A/S, Denmark

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A100K10873
VSP 12 Way Batteryless Telephone System
Technical Manual
Type approval certificates:
Certicate no.: A-10636
Valid until: 2012-06-30
Issued by: DET NORSKE VERITAS AS (DNV)
Certicate no.: ELE/436605CS1
Valid until: 2011-03-15
Issued by: Registro Italiano Navale (RINA)
Certicate no.: 03/00041(E1)
Valid until: 2013-04-07
Issued by: Lioyd’s Register (EMEA)
Certicate no.: 09.00033.262
Valid until: 2014-01-15
Issued by: Russian Maritime Register of Shipping

15
VSP 12 Way Batteryless Telephone System
Technical Manual
A100K10873
7 DIP Switch Settings for Extension Numbers
Extension numbers 1 to 12 are set using the following DIP switch
congurations.
Extension No. 1
OFF
ON
91
DIP SWITCH SETTING
2 3 4 5 76 8 10 11 12
J2 J3 - JUMPERS MUST BE INSERTED
Extension No. 2
OFF
ON
91
DIP SWITCH SETTING
2 3 4 5 76 8 10 11 12
J2 J3
Extension No. 3
OFF
ON
91
DIP SWITCH SETTING
2 3 4 5 76 8 10 11 12
J2 J3
Extension No. 4
OFF
ON
91
DIP SWITCH SETTING
2 3 4 5 76 8 10 11 12
J2 J3
Extension No. 5
OFF
ON
91
DIP SWITCH SETTING
2 3 4 5 76 8 10 11 12
J2 J3
Extension No. 6
OFF
ON
91
DIP SWITCH SETTING
2 3 4 5 76 8 10 11 12
J2 J3
Extension No. 7
OFF
ON
91
DIP SWITCH SETTING
2 3 4 5 76 8 10 11 12
J2 J3
Extension No. 8
OFF
ON
91
DIP SWITCH SETTING
2 3 4 5 76 8 10 11 12
J2 J3
Extension No. 9
OFF
ON
91
DIP SWITCH SETTING
2 3 4 5 76 8 10 11 12
J2 J3
Extension No. 10
OFF
ON
91
DIP SWITCH SETTING
2 3 4 5 76 8 10 11 12
J2 J3
Extension No. 12
OFF
ON
91
DIP SWITCH SETTING
2 3 4 5 76 8 10 11 12
J2 J3
Extension No. 11
OFF
ON
91
DIP SWITCH SETTING
2 3 4 5 76 8 10 11 12
J2 J3
- JUMPERS MUST BE INSERTED
- JUMPERS MUST BE INSERTED
- JUMPERS MUST BE INSERTED
- JUMPERS MUST BE INSERTED
- JUMPERS MUST BE INSERTED
- JUMPERS MUST BE INSERTED
- JUMPERS MUST BE INSERTED
- JUMPERS MUST BE INSERTED
- JUMPERS MUST BE INSERTED
- JUMPERS MUST BE INSERTED
- JUMPERS MUST BE INSERTED

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A100K10873
VSP 12 Way Batteryless Telephone System
Technical Manual
8 Station & Mounting Dimensions
8.1 VSP-122

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VSP 12 Way Batteryless Telephone System
Technical Manual
A100K10873
8.2 VSP-122P

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A100K10873
VSP 12 Way Batteryless Telephone System
Technical Manual
8.3 VSP-211-L
8.4 VSP-213-L

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VSP 12 Way Batteryless Telephone System
Technical Manual
A100K10873
8.5 VSP-223-L

www.vingtor.com
Zenitel Norway AS
STENTOFON and VINGTOR products are developed and marketed by Zenitel Norway AS. The company’s Quality Assurance System is certified to meet the requirements in NS-EN ISO 9001:2008. Zenitel Norway AS reserves the right
to modify designs and alter specifications without prior notice, in pursuance of a policy of continuous improvement. © 2010 Zenitel Norway AS.
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A100K10873