Tynetec FM0713 D Entel Ultra Installation guide

Doc No. FM0713 Issue D Page 1

Entel Ultra

Door Entry System

____________________________________________________________________________________________________

Installation Guide

Tynetec operates a policy of continual product improvement and

reserves the right to modify the specification of its products.

If any variation to the details in this document are suspected please

contact Tynetec’s Technical Support on 01670 352371.

Tynetec, a business unit of Legrand Electric Ltd

Unit 10 Cowley Road, Blyth Riverside Business Park, Blyth

Northumberland, NE24 5TF. Tel: 01670 352 371

Email: [email protected] Web: www.tynetec.co.uk

Doc No. FM0713 Issue D Page 2

INDEX

Section

Topic

Page

1

Overview - Telephone & Video Systems

3

2

Multiple Speech Paths - Option 1 Digital

5

3

Multiple Speech Paths - Option 2 Deck Access

6

4

System Nodes

7

5

Distribution Nodes

10

6

Door Panels

13

7

Camera Panel

16

8

Telephones

17

9

Video Phones

19

10

BT/DECT Telephone Interface

21

11

Video Amplifiers & Switchers

22

12

Lock Release

24

13

Door Contacts and Press to Exit Button

25

14

Emergency Lock Override

26

15

PAC Easikey 250

27

16

Trade Timeclock Programming

29

17

System Programming

30

18

Commissioning

41

19

Door Panel Display Messages

43

Doc No. FM0713 Issue D Page 3

Max 8 Flats Per

Distribution

Node

Max 8 or 16

Flats From

System

Node

Max 255

Distribution Nodes

Unitsrs

Max 255

Door Panels

10 Pair Distribution Bus

10 Pair Door Panel Bus

4 Pair to each Flat

10 Pair

Door

Lock

Exit

Button

Door

Contacts

Digital or Functional

Door Panels

NOTE:

Door Panels and

Distribution Nodes can

be loop or star wired or

a combination of both.

240V AC

Telephone

Handset

Telephone

Handset

1. OVERVIEW - TELEPHONE SYSTEMS

The Entel Ultra door entry system is designed to comply with most Local Authority’s specifications for buildings

with up to 2040 flats and 255 entrance doors. Standard telephones, video phones or a combination of both

can be used.

Both functional and/or digital type door panels can be connected on the same installation thereby allowing

maximum security on the most complex building layouts. No additional equipment is required on multi-

entrance telephone systems; speech and lock release signals are automatically switched to the entrance

panel in use. Note: multi-entrance video systems require an additional video switcher. Multiple speech paths

can be achieved with additional equipment and wiring. All door panels have the facility for a proximity token

reader to allow easy integration with PAC or other similar access control systems.

An installation will comprise of 1 system node and, depending on the number of flats, up to 255 distribution

nodes. The system node is available with 8 or 16 output ports, this also includes a trade timeclock and a low

voltage power supply housed in an IP65 lockable steel enclosure. The 8 port distribution nodes are available

in IP65 ABS or lockable steel enclosures; these are deployed at remote locations to expand the system in

multiples of 8 flats. Note: different system/distribution nodes are required for telephone/video installations.

1.01 TELEPHONE SYSTEM

A 10 pair 0.5mm CW1308 BT spec cable is recommended to connect the door panels and distribution nodes.

These will normally be two separate bus cables; however door panels and distribution nodes can be mixed on

the same cable if it makes installation easier. All telephones should be individually wired to the system or

distribution nodes using a 4 pair 0.5mm CW1308 BT spec cable. If existing cabling is being utilised then check

sufficient cores are available.

If a PAC reader is fitted in the door panel then an additional 6 core 7/0.2 cable will be required to the PAC

controller. For other access control systems refer to the manufacturer’s instructions.

The lock release, door contact and press to exit button are connected locally to each door panel. The lock

release can be a fail safe or fail secure type, the door contact is used for door open indication on the

telephones and to terminate the lock release time when the door is opened. The press to exit button is used to

release the door lock and allow persons to exit the building from inside. Note: if a PAC or other access control

system is fitted then the lock release and press to exit are connected to the access control system.

For detailed connections see Tynetec Drg No. ZE508I/ZE516I sheets 1-3.

4 Pair to each Flat

Doc No. FM0713 Issue D Page 4

Max 8 Flats

Per Video

Distribution

Node

Max 255

Video

Distribution

Nodes

10 Pair + Coax Distribution Bus

6 Pair to each Flat

Door

Lock

Exit

Button

Door

Contacts

NOTE:

The Door Panel and Video

Distribution Bus can

be loop or star wired or

a combination of both.

The Video Bus must only

be looped.

240V AC

1 Pair

Digital or Functional

Door Panels

10 Pair Door Panel Bus

Coax (Door Panel Video)

1. OVERVIEW - VIDEO SYSTEMS

For a higher level of security video phones can be used instead of standard telephones. When a video phone

rings it will display a colour image of the caller so the resident can see who is at the door before they pick-up

the handset to answer the call.

1.02 VIDEO SYSTEM

A 10 pair 0.5mm CW1308 BT spec cable plus an RG59 Coax is recommended to connect the door panel and

video distribution nodes. All video phones should be individually wired to the video system or video

distribution nodes using a 6 pair 0.5mm CW1308 BT spec cable. Note: a coax is NOT required to the video

phone – a twisted pair can be used for the video connection between the node and phone. If existing cabling is

being utilised then check sufficient cores are available.

If a PAC reader is fitted in the door panel then an additional 6 core 7/0.2 cable will be required to the PAC

controller. For other access control systems refer to the manufacturer’s instructions.

The lock release, door contact and press to exit button are connected locally to each door panel. The lock

release can be a fail safe or fail secure type, the door contact is used for door open indication on the

telephones and to terminate the lock release time when the door is opened. The press to exit button is used to

release the door lock and allow persons to exit the building from inside. Note: if a PAC or other access control

system is fitted then the lock release and press to exit are connected to the access control system.

On multi-entrance systems the video output from each entrance camera must be connected via a video

switcher to automatically select the video signal from the door panel in use – see Section 11.

For detailed connections see Tynetec Drg No. ZV508I/ZV516I sheets 1-4.

Max 8 or 16

Flats From

Video

System

Node

6 Pair to each Flat

10 Pair + Coax

Coax

Entrance

Camera

Video

Phone

Video

Phone

Doc No. FM0713 Issue D Page 5

2 x 10 Pair

Distribution

Bus

2 x 10 Pair Door Panel Bus

Main Entrance

Digital Door Panel

Floor Level 1

Floor Level 2

Max 255

Distribution Nodes

Unitsrs

16 Port

System

Node

Telephones

connected

to both

Distribution

Nodes

Exit

Button

Door

Contacts

Door

Lock

240V AC

To next

Floor

Rear Entrance

Digital Door Panel

Exit

Button

Door

Contacts

Door

Lock

Ground Floor

Telephones

connected

to both

Distribution

Nodes

Telephones

connected

to both

Distribution

Nodes

2. MULTIPLE SPEECH PATHS - OPTION 1 DIGITAL

On multi-entrance systems multiple speech paths can be achieved by fitting extra distribution nodes and

wiring the telephones/video phones to multiple nodes. The example below shows a 2 entrance digital system

with 2 speech paths, i.e. both door panels can be used at the same time to call different flats.

Note: for 3 door panels with 3 speech paths telephones would need to be connected to 3 distribution nodes.

4 Pair to

each Flat

4 Pair to

each Flat

4 Pair to

each Flat

Doc No. FM0713 Issue D Page 6

10 Pair Distribution Bus

10 Pair Digital Door Panel Bus

Main Entrance

Digital Door Panel

Floor Level 1

Floor Level 2

Floor Level 1

Functional Door Panel

Door

Lock

Exit

Button

Door

Contacts

Floor Level 2

Functional Door Panel

Max 255

Distribution Nodes

Unitsrs

Max 8 or 16

Ground Floor

Flats per

System Node

Lock

PSU

240V AC

Door

Lock

Exit

Button

Door

Contacts

Lock

PSU

240V AC

Exit

Button

Door

Contacts

Door

Lock

240V AC

To next

Floor

Telephones

connected

to both

Distribution

Nodes

Telephones

connected

to both

Distribution

Nodes

Ground Floor

3. MULTIPLE SPEECH PATHS - OPTION 2 DECK ACCESS

To help speed the passage of visitors through large deck access systems the floor level functional panels can be

connected to additional distribution nodes to provide an additional speech path per floor. The example below

would allow all floor level functional panels and the main entrance door panel to be used at the same time to

call different flats.

Note: Trade and power connections must be linked between the distribution nodes on each floor level.

Additional lock power supplies are recommended for each door panel or a boxed PAC Easikey 250 could be used

for every 2 floors.

4 Pair to each Flat

10 Pair

4 Pair to

each Flat

4 Pair to

each Flat

Doc No. FM0713 Issue D Page 7

4. SYSTEM NODES

Entel Ultra system nodes (telephone or video) are housed in IP65 rated lockable steel enclosures. These

includes a fused mains termination block, a low voltage switch mode power supply unit, an auto-BST trade

timeclock and either 1 or 2 distribution/video add-on boards. Leads are provided for an optional 12V 7.0Ah

rechargeable battery.

4.01 SYSTEM NODE OPTIONS

There are 4 models of system node; 8 or 16 port for standard telephone systems and 8 or 16 port for video

systems, see part numbers below;

TYNETEC P/No.

DESCRIPTION

ZE508I

Entel Ultra 8 Port System Node

ZE516I

Entel Ultra 16 Port System Node

ZV508I

Entel Ultra 8 Port Video System Node

ZV516I

Entel Ultra 16 Port Video System Node

4.02 INSTALLATION

The system node should be located in a dry, secure area which is easily accessible for termination and future

service. The cable entry plate is normally on the top with the door hinged on the left hand side. The door can

be swapped to hinge from the right or the back plate can be inverted if the cable entry plate is required on the

bottom. Always ensure proprietary cable glands are used to maintain the IP65 rating of the enclosure.

4.03 EARTH BONDING

All door entry metalwork e.g. system node cabinet, door panel backbox & fascia, fireman’s switches, etc. must

be bonded to the Mains Earth terminal using a minimum of 2.5 mm2 cable.

4.04 MAINS SUPPLY

The 240V AC mains connection should be taken from the landlords supply and terminated in the fused screw

terminal block provided in the system node. Replacement fuse = 3A (1 inch domestic mains type).

Distribution Board 1

Output Ports 1-8

with green Active and

red Fault LED’s

Trade

Timeclock

SMPSU and

Battery

Protection

Board

Fused Mains

Termination

Block

ZE516I

16 PORT SYSTEM NODE

IP65 Lockable

Steel Enclosure

Dimensions:

400x300x150mm

(HxWxD)

Video system nodes have an additional

8 port video add-on board fitted alongside

the distribution board(s)

Distribution Board 2

Output Ports 9-16

with green Active and

red Fault LED’s

Doc No. FM0713 Issue D Page 8

EQUIPMENT

STANDBY

ACTIVE

Functional Door Panel

63mA

200mA

Functional Door Panel + Display

175mA

310mA

Dial Functional Door Panel

175mA

310mA

Digital Door Panel

175mA

310mA

8 Port System Node

30mA

60mA

16 Port System Node

46mA

76mA

8 Port Video System Node

40mA

70mA

16 Port Video System Node

56mA

86mA

8 Port Distribution Node

16mA

46mA

8 Port Video Distribution Node

25mA

55mA

Telephone

0.4mA

Telephone with Privacy ON

10mA

Telephone with Door Open LED ON

3mA

Telephone with Privacy ON and Door Open LED ON

13mA

Video Phone

4mA

120mA

Video Phone with Privacy ON

20mA

Video Phone with Door Open LED ON

13mA

Video Phone with Privacy ON and Door Open LED ON

33mA

Door Lock

See Note 1

PAC Easikey 250 Unboxed Controller

190mA – See Note 2

PAC Reader

90mA – See Note 2

4. SYSTEM NODES

4.05 SMPSU MODULE

The system node includes a 15V/60W switched mode power supply unit which has been factory set to 13.75V

DC to float charge a lead acid standby battery. The SMPSU can provide an output current of 4.3A with solid

state overload protection. The “12V” supply is also protected by a 20mm 4A quick blow fuse located on the

battery protection board.

4.06 BATTERY STANDBY

An optional 12V 7.0Ah rechargeable battery can be connected to maintain operation

in the event of a mains failure. The actual time the system will be supported by the

battery will depend on the total power requirement of the system.

e.g. if the system consumes 2A then a 7.0Ah battery will last approx 3.5 hours (7/2)

A protection circuit will disconnect the battery in the event of prolonged mains failure

to prevent deep discharge and potential damage to the battery. The battery is

protected by a 20mm 4A quick blow fuse located on the battery protection board.

4.07 SYSTEM POWER REQUIREMENTS

To ensure the Entel Ultra System Node PSU has sufficient capacity the total power requirement should be

considered before beginning to install the door entry system. On large multi-entrance systems it is likely

additional power supplies will be required, always ensure the 0V connection is common to all PSU’s and note

their location for future Service.

Note 1: The lock current will depend on the make and model of the lock release. A fail safe lock release requires power to lock and will

therefore be a constant drain on the system (and battery during a mains fail) whereas a fail secure lock only requires power for a short

period when the door is opened. If the lock is powered from a separate access control system then this can be ignored.

Note 2: if a PAC Easikey 250 unboxed controller is powered from the Entel Ultra system then this and the PAC reader current must be

considered. On large multi-entrance systems it is recommended that PAC controllers boxed with their own power supply are used.

For example, an estimate of the total current requirement during an active call on an Entel Ultra system with

4 x digital door panels, 1 x 8 port system node, 12 x distribution nodes and 100 telephones would be;

3 x 175mA = 525mA (3 digital panels in standby) + 310mA (1 digital panel active) + 30mA (8 port system node in standby) +

11 x 16mA = 176mA (11 distribution nodes in standby) + 46mA (1 distribution node active) +

50 x 3mA = 150mA (50 telephones with DO LED on) + 50 x 13mA = 650mA (50 telephones with privacy and DO LED on) = Total: 1.887A

Note: the above excludes the door locks and PAC system, it also assumes half the telephones are in privacy and

all telephones have the door open LED illuminated. 1.887A is well within the Entel Ultra PSU rating of 4.3A.

Doc No. FM0713 Issue D Page 9

4. SYSTEM NODES

4.08 VOLTAGE DROP

It is very important to take voltage drop across the system wiring into consideration when planning a large

installation. It is the cable resistance that gives rise to voltage drop – the longer the cable run and the larger

the current requirement, the larger the voltage drop.

The resistance of 0.5mm CW1308 cable is approx. 100Ω per 1000 metres

To perform a detailed assessment of voltage drop is complex, to estimate the worst case scenario simply take

the maximum cable run and calculate the voltage drop if all equipment is “active” and at the end of the run.

Worst case voltage drop = total current in Amps x total cable resistance in Ohms (V = IR)

For example; if you draw 0.5A (500mA) over 100m of 0.5mm cable (10 ohms) then the drop would be 5V.

By using 1 pair of wires the resistance will be halved to 5 ohms therefore the volts drop will be halved to 2.5V.

Always ensure there is a minimum 10.0 volt supply on an active distribution node

4.09 REDUCING VOLTAGE DROP

There are several means of reducing voltage drop; site conditions will dictate which is used…

1. Split long cable runs into a number of shorter spurs, this will give less voltage drop per spur.

2. Use spare pairs to “double-up” 12V and 0V power connections, this will half the resistance and

therefore half the voltage drop. Alternatively install a separate 1.0mm pair cable for power.

3. Loop-back the 12V and 0V power connections from the furthest point; this will form a ring circuit and

effectively half the resistance.

4. Fit an additional power supply at a suitable point midway along the cable run.

In extreme cases a combination of 2 or more of the above may need to be implemented.

Doc No. FM0713 Issue D Page 10

5. DISTRIBUTION NODES

Entel Ultra 8 port distribution nodes (telephone or video) are supplied in IP65 enclosures for installation in

riser cupboards on each floor level or remote locations around the building.

5.01 DISTRIBUTION NODE OPTIONS

There are 4 models of distribution node; 8 port for standard telephone systems in an ABS or lockable

enclosure and 8 port for video systems in an ABS or lockable enclosure, see part numbers below;

TYNETEC P/No.

DESCRIPTION

ZE5508

Entel Ultra 8 Port Distribution Node (ABS)

ZE5608

Entel Ultra 16 Port Distribution Node (Lockable)

ZV5508

Entel Ultra 8 Port Video Distribution Node (ABS)

ZV5608

Entel Ultra 16 Port Video Distribution Node (Lockable)

5.02 LOCKABLE DISTRIBUTION NODES

For a higher level of security the distribution nodes can be supplied in IP65 lockable steel enclosures.

Dimensions: 300x300x150mm (HxWxD).

5.03 BOARD ID DIL SWITCH

Each distribution board has an 8 way DIL switch for setting a unique ID.

Distribution board ID’s are set in Binary – see table below;

DIL SWITCH No

1

2

3

4

5

6

7

8

BINARY CODE

1

2

4

8

16

32

64

128

Distribution board ID’s should start at “1” and run sequentially to a maximum of “255”.

Distribution board ID “0” (all DIL switches OFF) is NOT used.

BOARD ID

DIL SWITCH NUMBER

PORTS

1

2

3

4

5

6

7

8

1

ON

OFF

1-8

2

OFF

ON

OFF

9-16

3

ON

OFF

17-24

4

OFF

ON

OFF

25-32

5

ON

OFF

ON

OFF

33-40

6

OFF

ON

OFF

41-48

7

ON

OFF

49-56

8

OFF

ON

OFF

57-64

Maximum Board ID = 255, all DIL switches ON, ports 2033-2040.

Reset Button

Door Open LED Link (A+)

8 Output Ports with green

Active & red Fault LED’s

5V & 12V Power and

Data RX/TX LED’s

Board ID DIL Switch

Door Panel/Distribution

Bus Terminals

ZE5508

DISTRIBUTION NODE (ABS)

IP65 ABS Enclosure

Dimensions:

190x170x90mm (HxWxD)

Galvanized Steel

Mounting Plate

Video distribution nodes have an

additional 8 port video add-on board

fitted alongside the distribution board

Doc No. FM0713 Issue D Page 11

TERMINAL

FUNCTION

CABLE

+

12V Supply to Telephone

Pair 1

-

0V Supply to Telephone

1

Audio to Telephone & Ring Tone

Pair 2

2

Audio to Door

L

Lock Release Signal from Telephone

Pair 3

A

Door Open LED Signal to Telephone

S+

Switched 12V output for Strobe

Strobe 0V is connected to –ve terminal

Pair 4

CB

Concierge Call Back (Not Used)

-

TERMINAL

FUNCTION

CABLE

+

12V Supply to Video Phone

Pair 1

-

0V Supply to Video Phone

Pair 2

1

Audio to Video Phone & Ring Tone

Pair 3

2

Audio to Door

L

Lock Release Signal from Video Phone

Pair 4

A

Door Open LED Signal to Video Phone

S+

Switched +ve to Activate Video Monitor

Pair 5

CB

Concierge Call Back (Not Used)

-

V+

Video Signal

Pair 6

V-

Video Ground

5. DISTRIBUTION NODES

5.04 POWER-ON SELF TEST

On power-up each distribution board will flash its “IHD” LED 5 times. When the RESET button is pressed the

distribution board will first flash a combination of its green Port Active LED’s to match the DIL switch “ON”

settings; e.g. board ID 5 will flash Port LED’s 1 then 3, then secondly each channel relay and green Port Active

LED will be activated in sequential order. Note: the telephones do not ring during this test but the screens on

video phones will be activated momentarily.

5.05 RELAY TEST/CONTACT CLEAN

Set all DIL switches OFF and press the RESET button; after a short delay all relays on this distribution board will

begin to switch on/off with increasing speed for several minutes.

Remember to set the correct Board ID and press RESET again when the cleaning cycle is complete.

5.06 TELEPHONE SYSTEMS

Up to 8 flats can be connected per distribution board; if there are less than 8 flats then simply leave unused

ports not connected. Use a 4 pair CW1308 cable to connect each telephone.

A maximum of 10 telephones can be connected in parallel within the same flat.

To simplify programming and future Service terminate the lowest flat number on Distribution

Board ID 1, Port 1 and follow on sequentially.

5.07 VIDEO SYSTEMS

Up to 8 flats can be connected per distribution/video add-on board; if there are less than 8 flats then simply

leave unused ports not connected. Use a 6 pair CW1308 cable to connect each video phone.

A maximum of 5 video phones may be connected in parallel within the same flat.

5.08 PORT PROTECTION FUSES & RED FAULT LED’s

The 12V supply to each telephone is individually protected by a resettable fuse on the distribution board. If a

telephone is damaged or has its wires twisted together it will trip Port fuse and illuminate a red Fault LED

alongside the Port terminals. The rest of the system will operate as normal, once the fault has been rectified

the fuse will reset automatically and the red Fault LED will go out.

5.09 LED INDICATORS

The 5V & 12V power indicators should always be illuminated to indicate a healthy supply; the Data RX/TX LED’s

will flash when a flat is called. Each Port has a green Active LED which will illuminate when the flat is called.

+ - 1 2 L A S+CB V+V-

Doc No. FM0713 Issue D Page 12

TERMINAL

FUNCTION

CABLE

+

12V Supply

Pair 1

-

0V Supply

Pair 2

1

Audio to Telephone & Ring Tone

Pair 3

2

Audio to Door

Pair 4

L

Lock Release Signal to Door

Pair 5

A

Door Open LED Signal to Phone

Pair 6

DATA A

Data to all Distribution Boards

Pair 7

DATA B

Not Connected

-

IHD-F

Not Connected

-

TR

Not Connected (Common Trade)

-

BY

Not Connected (Common Busy)

-

LINK

FUNCTION

A+

Switched 12V for Door Open LED

A-

Switched 0V for Door Open LED

TERMINAL

FUNCTION

CABLE

Video In V+

Video Signal (V+) & Video Ground (V-) in

from camera or previous video distributor

RG59 Coax

Video In V-

Video Out V+

Video Signal (V+) & Video Ground (V-) out

to next video distributor

RG59 Coax

Video Out V-

5. DISTRIBUTION NODES

5.10 DOOR OPEN LED LINK

Terminal “A” on each output port is the signal to illuminate the door open LED on the telephone.

This will either be a switched 12V or switched 0V depending on the position of the Link “A”.

The default Link position is A+ for Tynetec ZFT215 telephones and ZVT455 video phones.

This Link may be moved to A- if alternative manufacturer’s telephones are being used that require a switched

0V for the door open LED.

5.11 TELEPHONE DISTRIBUTION BUS WIRING

A 10 pair CW1308 cable should be used to connect the system node to all distribution nodes. 1 pair of wires

should be used for each connection. On large installations use 2 pairs each for the +/- power lines, it may also

be necessary to fit additional PSU’s – contact Tynetec’s customer support for advice.

5.12 VIDEO DISTRIBUTION BUS WIRING

A 10 pair CW1308 cable plus an RG59 coax should be used to connect the video system node to all video

distribution nodes. 1 pair of wires should be used for each connection except the video which uses the coax.

On large installations use 2 pairs each for the +/- power lines, it may also be necessary to fit additional PSU’s –

contact Tynetec’s customer support for advice.

5.13 END OF LINE (EOL) TERMINATING RESISTOR

The EOL switch must be OFF (0) on all video distribution nodes

except the last in line which must be ON (1). This terminates the

video signal with a 75 Ohm resistor.

IMPORTANT: only 1 EOL switch should be ON per coax leg.

IN

OUT

0

1

Doc No. FM0713 Issue D Page 13

6. DOOR PANELS

Entel Ultra functional door panels are suitable for buildings with up to 14 flats. The door panel buttons are

engraved with the flat numbers and high visibility yellow rings. Functional door panels are also available with a

4 digit blue LED display, this will show the flat number being called and scrolling messages keep the visitor

informed on the progress of the call. A list of all display messages is shown in Section 19.

Entel Ultra digital door panels have a telephone keypad button arrangement and a 4 digit blue LED display.

All buttons have high visibility yellow rings and a raised pip on the central No. 5 button. An alpha-numeric

option is available if the building has flats numbered 1A, 1B, 1C, etc.

Both functional and digital door panels have a Trade button as standard; this is used for Services to gain access

during pre-set time periods each day. With the digital panel the Trade button can be used in conjunction with

an access code for added security.

When a flat is called a reassurance ring tone is sounded at the door panel, if the telephone is turned off a “not

available” tone is sounded. When the door lock is released a distinct pulsed tone is sounded to indicate the

door is open.

6.01 DOOR PANEL RANGE

6.02 PAC READER OPTION

All door panels have a 40mm square cut-out and 4 off M3 x 30mm studs on 48mm square centres for a PAC

20049 Oneprox panel mount reader (ordered separately). If the reader is not supplied then a Tynetec Logo

blanking plate is fitted. Door panels with a PAC reader will require an additional 6 core 7/0.2mm cable

connected to the PAC controller - see Section 15.

6.03 TRADE TIMES

The system node includes a trade timeclock with its own battery back-up. Up to 8 trade periods can be set to

repeat as required i.e. same every day, different times for weekends, different times every other day etc. The

British Summer Time (BST) adjustment is made automatically every March and October – this is indicated on

the LCD by “+1 hour” during the summer time. During a trade period the door panel TRADE button can be

pressed to gain direct access or can be used in conjunction with an access code for added security. If trade

times are not programmed the TRADE button will not function. See Section 16 for Trade timeclock

programming.

1 to 8 Way

+Trade

9 to 14 Way

+Trade

1 to 14 Way

+Trade & Display

Digital

Alpha Numeric

Digital

Doc No. FM0713 Issue D Page 14

6. DOOR PANELS

6.04 BACKBOX CUT-OUT

The cut-out dimensions given below will allow the door panel backbox to fit flush into the wall or door screen.

The backbox has a stainless steel bezel which overlaps this cut-out by approx 10mm on all sides.

TYNETEC P/No.

DESCRIPTION

HEIGHT

WIDTH

DEPTH

ZSD501-508

1 to 8 Way + Trade Functional Door Panel

320mm

170mm

70mm

ZSD509-514

9 to 14 Way + Trade Functional Door Panel

415mm

170mm

70mm

ZSD521-534

1 to 14 Way + Trade + Display Functional Door Panel

415mm

170mm

70mm

ZSD590

Digital Door Panel

415mm

170mm

70mm

ZSD595

Alpha Numeric Digital Door Panel

415mm

170mm

70mm

6.05 BACKBOX INSTALLATION

All backboxes are flush mounting with a stainless steel bezel, there are 2 different backbox sizes depending on

the door panel model, see table above. All door panel fascias are fixed by 6 off M5x12mm Allen key screws

which require a 3mm Allen key tool.

The backbox should be orientated with the Earth stud/crimp

and warning label in the top left hand corner.

Do not cut a hole in the top face of the backbox for cable

entry - this may allow water to enter and damage the

electronic components or keypad.

Cable entry into the backbox should be through the side or

rear 20mm knockouts provided.

IMPORTANT: the backbox must be bonded to the Mains Earth

using 2.5 mm2 cable.

The height above finished floor level at which the backbox is

mounted should be clarified with the Supervising Officer.

The backbox should be cut into the brick work or door screen

and sealed with suitable mastic to prevent water ingress.

6.06 SURFACE/FLUSH COWLINGS

If it is not possible to flush mount the backbox then a surface mount stainless steel cowling is available.

To provide more protection from the elements a flush cowling can be fitted to a flush mounted backbox.

DOOR PANEL RANGE

SURFACE COWLING P/No.

FLUSH COWLING P/No.

ZSD501-508

HM1130

HM1100

ZSD509-514

HM1140

HM1105

ZSD521-534

HM1140

HM1105

ZSD590/595

HM1140

HM1105

HOW TO FIT A SURFACE COWLING:

Remove the stainless steel bezel from the standard flush

backbox by drilling-out the rivets.

Then place the backbox (without bezel) inside the

cowling before fixing to the wall.

HOW TO FIT A FLUSH COWLING:

Simply fit the cowling around the backbox behind the

bezel before fixing the backbox flush into the wall.

Surface

Cowling

Flush

Cowling

Doc No. FM0713 Issue D Page 15

TERMINAL

FUNCTION

CABLE

Power Input 12V

Connect to + for programming mode

-

Power Input 0V

Connect to - for programming mode

-

+

12V Supply

Pair 1

-

0V Supply

Pair 2

1

Audio to Telephone & Ring Tone

Pair 3

2

Audio to Door

Pair 4

L

Lock Release Signal from Telephone

Pair 5

A

Door Open LED Signal to Telephones

Pair 6

DATA A

Data to all Distribution Boards

Pair 7

DATA B

Not Connected

BUSY

Common Busy Signal to all Door Panels

Pair 8

TRADE CLK

Trade Signal from Timeclock

Pair 9

IHD-P

Not Connected

6. DOOR PANELS

6.07 DOOR PANEL CONNECTION

A 10 pair CW1308 cable should be used to connect the door panel to the system node. If multiple door panels

are being installed then they can all be connected on the same 10 pair bus wiring. To reduce the effect of

voltage drop 1 pair of wires should be used for all connections. A separate 2.5mm Earth cable should be used

to bond all door panels to the Mains Earth. On large multi-entrance installations it will be necessary to fit

additional lock PSU’s throughout the building – contact Tynetec’s Customer Support Dept for advice.

Power Input Terminals (for Programming Only)

10 Pair Bus Wiring Terminals

6.08 DOOR PANEL DIL SWITCH

DIL switches 1 & 2 should both be OFF for single entrance

systems. On larger multi entrance systems set DIL switch 1 ON

on one door panel only (it doesn’t matter which one).

DIL switch 2 should always be OFF.

6.09 VOLUME ADJUSTMENT

The door panel loudspeaker and telephone earpiece audio

levels are set using the 2 pots inside the door panel.

Turn the left hand pot clockwise to increase the volume of

audio at the residents telephone earpiece.

Turn the right hand pot clockwise to increase the volume of

audio at the door panel loudspeaker.

On multi-entrance systems each door panel must be

set-up individually.

6.10 DOOR LOCK & AUXILIARY I/O CONNECTIONS

For details on the door lock connections see Section 9.

For details on the door contact, press to exit button and emergency override see Sections 10 & 11.

6.11 DIAL FUNCTIONAL PANEL OPTION

The “DIAL” functional door panel is an alternative to traditional Functional door panels for buildings with up to

15 flats. Multiple Dial panels can be fitted in the same building.

Dial panels are programmed with the relevant flat numbers for the building.

OPERATION:

Press the DIAL button once to display the first flat number

Keep pressing the DIAL button to step through all available flat numbers

When the flat number required is displayed press the CALL button

A scrolling blue LED display confirms the flat number being called and the call progress

Dial panels have a TRADE button and PAC reader facility as standard

Dial panel size; 240mm x 120mm (HxW)

Dial panel backbox cut-out size; 246mm x 126mm x 72mm (HxWxD)

Doc No. FM0713 Issue D Page 16

7. CAMERA PANEL

A vandal resistant camera panel is available with a flush backbox and a universal mounting plate for most CCD

board cameras. This panel is the same width and is designed for mounting above Entel Ultra door panels.

A colour CCD camera can be ordered separately – Tynetec Part No. WF0125.

7.01 BACKBOX CUT-OUT

The cut-out dimensions given below will allow the camera panel backbox to fit flush into the wall or door

screen. The backbox has a stainless steel bezel which overlaps this cut-out by approx. 10mm on all sides.

TYNETEC P/No.

DESCRIPTION

HEIGHT

WIDTH

DEPTH

ZWP530

Vandal Resistant Camera Panel

120mm

170mm

70mm

7.02 INSTALLATION

The backbox is flush mounting with a stainless steel bezel.

The camera panel fascia is fixed by 4 off M5x12mm

Allen key screws which require a 3mm Allen key tool.

Do not cut a hole in the top face of the backbox for cable

entry - this may allow water to enter and damage the camera.

Cable entry into the backbox should be through the side or

rear 20mm knockouts provided.

IMPORTANT: the backbox must be bonded to the Mains Earth

using 2.5 mm2 cable.

The height above finished floor level at which the camera panel is

mounted should be clarified with the Supervising Officer.

The backbox should be cut into the brick work or door screen

and sealed with suitable mastic to prevent water ingress.

7.03 SURFACE/FLUSH COWLINGS

If it is not possible to flush mount the backbox then a surface mount stainless steel cowling is available.

To provide more protection from the elements a flush cowling can be fitted to a flush mounted backbox.

CAMERA PANEL

SURFACE COWLING P/No.

FLUSH COWLING P/No.

ZWP530

HM1120

HM1115

See Section 6.06 for how to fit surface/flush cowlings.

7.04 COLOUR CCD CAMERA

The camera 12V DC & 0V SUPPLY can be taken from the door panel using 1 pair CW1308 cable.

Use an RG59 coax for VIDEO & GROUND – this will connect to the first video add-on board VIDEO IN (V+/V-) in

the video system node or it may connect to a video amplifier feeding multiple legs on large installations. On

multi-entrance systems the camera video will be connected via a video switcher to automatically select the

camera for the door panel in use.

CAMERA SPECIFICATION

Tynetec Part No.

WF0125

Mode

PAL (Pixels: 512H x 582V)

Power Supply

12V DC

Power Consumption

1.65 Watts (~130mA)

Resolution

330 TV Lines

Sensitivity

0.8 Lux F=2.0

Output

1V p-p Composite Video 75 Ohms

Lens

Built-in f 3.6mm/F 2.0 Board Lens

Operating Temperature

-10oC to +50oC

Dimensions

32 x 32 x 32.5 mm (HxWxD)

Weight

13 grams

CONNECTIONS

WHITE = VIDEO

BLACK = 0V SUPPLY & VIDEO GROUND

RED = 12V DC

TOP

Doc No. FM0713 Issue D Page 17

DIL SWITCH NUMBER

PRIVACY TIME

1

2

3

4

OFF

12 Hours

ON

OFF

5 Mins

OFF

ON

OFF

15 Mins

ON

OFF

1 Hours

OFF

ON

OFF

2 Hours

ON

OFF

ON

OFF

4 Hours

OFF

ON

OFF

8 Hours

ON

OFF

24 Hours

OFF

ON

Toggle On/Off

8. TELEPHONES

When a telephone is called it will ring for a pre-set time or until the handset is lifted. Speech is private

between the door panel and the dwelling called and cannot be overheard by other users from their handsets

or visitors at other door panels.

The telephone has a single pushbutton to

release the door lock or select privacy mode.

The LED indicator will illuminate RED when

privacy mode is on i.e. calls cannot be received.

The LED indicator will FLASH GREEN when the

button is pressed to release the door lock.

The LED indicator will illuminate STEADY GREEN

if an entrance door has been left open

exceeding the pre-set time.

The LED indicator will illuminate AMBER if

privacy mode is on and an entrance door has

been left open exceeding the pre-set time.

8.01 PRIVACY MODE

Press and hold the button for 3 seconds until the LED illuminates RED - privacy mode is now on and the

telephone cannot be called. Privacy mode can be set to operate in one of two modes;

Timed Privacy – privacy mode will turn off automatically after a pre-set time (default 12 hours)

On/Off Privacy – privacy mode will remain on until the user turns it off

To turn privacy mode off or cancel the timed privacy simply press and hold the button for 3 seconds again until

the red LED goes out. The privacy mode options are set via the 4 way DIL switch inside each telephone;

All DIL switches OFF is the factory default; this will give 12 hours timed privacy.

Set DIL switch 4 ON to select on/off privacy.

Different combinations of DIL switches 1,2 & 3 give alternative privacy times.

The new privacy time will become active when the DIL switches are moved – no need to power down or reset.

8.02 LOCK RELEASE FUNCTION

When the telephone has been called and the handset is lifted the pushbutton is used to allow the visitor

access. The LED indicator will FLASH GREEN on ALL telephones when the door lock is released.

Note: the lock release duration is programmable from 1 to 30 seconds (default 7 seconds).

8.03 DOOR OPEN INDICATION

The LED indicator will illuminate STEADY GREEN on ALL telephones if ANY entrance door is left open for more

than the pre-set time. A contact must be fitted to the door for this function to operate.

Note: the time delay before the door left open LED’s are illuminated is programmable from 0 to 120 seconds

(default 30 seconds).

Pushbutton

LED Indicator Light

Entel Ultra Telephone

Part No. ZFT215

Doc No. FM0713 Issue D Page 18

8. TELEPHONES

8.04 RING TONE DURATION

The telephone ring tone will repeat until the handset is lifted or for the pre-set number of ring cycles.

If the telephone is not answered the call will automatically cancel after the pre-set number of ring cycles.

Note: the number of ring cycles is programmable from 4 to 16 (default 8), 1 cycle lasts 7 seconds.



There’s an option in programming to select an alternative ring tone.

8.05 CONVERSATION TIME

When a telephone is called the conversation time starts when the handset is lifted.

The conversation time will cancel if the handset is replaced on the hook or when the lock is released.

The caller can cancel the conversation time by pressing any button on a functional door panel or the CANCEL

button on a digital door panel.

On door panels with an LED display the flat number flashes during the last 10 seconds of conversation time

then displays “END OF CALL”.

Note: the conversation time is programmable from 15 to 70 seconds (default 40 seconds).



There’s an option in programming to extend the conversation time until the end of the lock release period.

8.06 TELEPHONE CONNECTIONS

Each telephone must be individually wired to the system/distribution nodes using a 4 pair CW1308 twisted

pair cable. The terminal reference and function is listed in the table below;

A maximum of 10 telephones can be connected in parallel within the same flat.

8.07 OPTIONAL STROBE

A hard of hearing strobe light can be connected to the system node or

distribution node port terminal “S+” and “0V” using the spare pair.

IMPORTANT: the current requirement for a strobe light is approx 200mA.

If multiple telephones and strobes are required in the same dwelling

ensure the distribution port fuse rating of 1A is not exceeded.

8.08 ALTERNATIVE TELEPHONES

Other manufacturer’s door entry telephones can also be used with the Entel Ultra system, please contact

Tynetec’s customer support team for an up to date list.

Tynetec Strobe

Part No. ZSL041

TERMINAL

FUNCTION

CABLE

+

12V Supply

Pair 1

-

0V Supply

1

Audio from Door & Ring Tone

Pair 2

2

Audio to Door

L

Lock Release Signal to Door

Pair 3

A

Door Open LED Signal

C

Not Connected

Doc No. FM0713 Issue D Page 19

JUMPER POSITION

PRIVACY TIME

⚫ 1 ⚫

1 Hour

⚫ 2 ⚫

4 Hours

⚫ 3 ⚫

8 Hours

⚫ 4 ⚫

12 Hours

9. VIDEO PHONES

When a video phone is called it will display a picture of the caller and ring for a pre-set time or until the

handset is lifted. Speech is private between the door panel and the dwelling called and cannot be overheard

by other users from their handsets or visitors at other door panels.

The video phone has 2 separate pushbuttons

for Lock Release and Privacy.

The Privacy LED will illuminate GREEN when

privacy mode is on i.e. calls cannot be received.

The Door Open LED will FLASH RED when the

door lock is released or illuminate STEADY RED

if an entrance door has been left open exceeding

the pre-set time.

The picture brightness, contrast and colour can be

adjusted using the 3 hidden buttons (Menu/Up/Down) .

9.01 PRIVACY MODE

Press and release the privacy button and the Privacy LED will illuminate GREEN.

Privacy mode is now on and the video phone cannot be called.

Privacy mode can be set to operate in one of two modes;

On/Off Privacy – privacy mode will remain on until the user turns it off (default)

Timed Privacy – privacy mode will turn off automatically after a pre-set time (link selectable 1/4/8/12 hours)

To turn privacy mode off or cancel the timed privacy simply press the privacy button again and the GREEN LED

will go out. Privacy mode options are set via the Jumper pins on the PCB inside the video phone;

9.02 RING TONE VOLUME

Move the 3 position slide switch on the top left hand side of the video phone to select low, medium or high

volume ring tone.

9.03 LOCK RELEASE FUNCTION

When the video phone has been called and the handset is lifted the lock release button is used to allow the

visitor access. The Door Open LED indicator will FLASH RED on ALL video phones when the door lock is

released. Note: the lock release duration is programmable from 1 to 30 seconds (default 7 seconds).

9.04 DOOR OPEN INDICATION

The Door Open LED indicator will illuminate STEADY RED on ALL video phones if ANY entrance door is left open

for more than the pre-set time. A contact must be fitted to the door for this function to operate.

Note: the time delay before the door left open LED’s are illuminated is programmable from 0 to 120 seconds

(default 30 seconds).

9.05 RING TONE DURATION

The ring tone will repeat until the handset is lifted or for the pre-set number of ring cycles.

If the video phone is not answered the call will automatically cancel after the pre-set number of ring cycles.

Note: the number of ring cycles is programmable from 4 to 16 (default 8), 1 cycle lasts 7 seconds.



There’s an option in programming to select an alternative ring tone.

RED Door Open LED

Entel Ultra Video Handset

Part No. ZVT455

GREEN Privacy LED

Lock Release Button

Privacy Button

Factory Jumper position shown alongside = on/off Privacy

For Timed Privacy move the Jumper to the pins shown below;

Picture Adjust Buttons

Ringer Volume Switch

Doc No. FM0713 Issue D Page 20

9. VIDEO PHONES

9.06 CONVERSATION TIME

When a video phone is called the conversation time starts when the handset is lifted.

The conversation time will cancel if the handset is replaced on the hook or when the lock is released.

The caller can cancel the conversation time by pressing any button on a functional door panel or the CANCEL

button on a digital door panel.

On door panels with an LED display the flat number flashes during the last 10 seconds of conversation time

then displays “END OF CALL”.

Note: the conversation time is programmable from 15 to 70 seconds (default 40 seconds).



There’s an option in programming to extend the conversation time until the end of the lock release period.

9.07 VIDEO PHONE CONNECTIONS

Each video phone must be individually wired to the system/distribution nodes using a 6 pair CW1308 twisted

pair cable. Remove the handset from the cradle, undo the screw and remove the cover to access the

termination PCB inside. Each screw terminal reference and function is listed in the table below. Also see the

wiring diagram ZV508I/ZV516I sheet 1.

9.08 PICTURE ADJUSTMENT

Use a blunt instrument such as a ball point pen to press the 3 hidden buttons through holes on the front face

of the video phone.

9.09 OPTIONAL STROBE

A hard of hearing strobe light can be connected to the video phone

terminals “S+” and “0V”.

IMPORTANT: the current requirement for a strobe light is approx 200mA.

If multiple phones and strobes are required in the same dwelling

ensure the distribution port fuse rating of 1A is not exceeded.

Tynetec Strobe

Part No. ZSL041

6 WAY TERMINAL BLOCK

TERMINAL

FUNCTION

CABLE

+

12V Supply

1 Pair

-

0V Supply

1 Pair

1

Audio from Door & Ring Tone

1 Pair

2

Audio to Door

L

Lock Release Signal to Door

1 Pair

A

Door Open LED Signal

2 WAY TERMINAL BLOCK

V+

Video Signal

1 Pair

V-

Video Ground

IMPORTANT: a maximum of 5 video phones can be connected per flat. If more than one video phone is

connected then R14 must be cut from the PCB in all video phones except the last in line.

R14

+

-

1

2

L

A

V+ V-

Press the “M” menu button to select picture brightness,

contrast or colour (setting is displayed on-screen).

Use the up/down buttons to adjust as required.

M  

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