Service Manual

Eleganza 1
Hospital bed for standard care

D9S001GT0-0101
Version: 07
Publication Date: 2021-07

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Table of Content
1 Introduction - General information...................................................................................................... 5
1.1 Product and technical label description and location...................................................................... 5
1.2 Identification of bed sides................................................................................................................ 6
2 Technical data and Symbols................................................................................................................. 7
3 Theory of Operations............................................................................................................................ 8
3.1 Control box...................................................................................................................................... 8
3.1.1 Power unit....................................................................................................................................... 9
3.1.2 Control unit...................................................................................................................................... 9
3.1.3 Battery pack.................................................................................................................................. 12
3.2 Linear lifting units.......................................................................................................................... 13
3.3 Mattress platform - Linear actuators.............................................................................................. 13
3.3.1 Backrest actuator.......................................................................................................................... 14
3.3.2 Thighrest actuator......................................................................................................................... 14
3.4 Controllers..................................................................................................................................... 15
3.4.1 Attendant control panel (ACP)....................................................................................................... 15
3.4.2 Handset ........................................................................................................................................ 15
3.4.3 Siderail controls (optional)............................................................................................................. 15
3.4.4 Foot controller (platform height adjustment).................................................................................. 16
3.4.5 Satellite (optional).......................................................................................................................... 16
3.5 Night illumination........................................................................................................................... 17
3.6 Brake alarm (optional)................................................................................................................... 17
3.7 Castors.......................................................................................................................................... 18
3.7.1 Mechanical 5th castor................................................................................................................... 18
3.8 Bed wiring diagram........................................................................................................................ 19
3.8.1 Bed wiring diagram (universal for PB43)....................................................................................... 19
3.8.2 Bed wiring diagram (universal for PB11)....................................................................................... 20
4 Bed diagnostic..................................................................................................................................... 21
4.1 Visual signalisation ....................................................................................................................... 21
4.1.1 Battery faults diagnostics (ACP panel).......................................................................................... 21
4.1.2 Mains power - LED signalisation (ACP panel).............................................................................. 21
4.2 Acoustic signalisation (PB43 control unit)..................................................................................... 22
4.3 Acoustic signalisation (PB11 control unit)..................................................................................... 22
4.4 Emergency mode.......................................................................................................................... 22
4.5 Power box overheating.................................................................................................................. 22
4.6 Transformer overheating............................................................................................................... 23
5 Bed Setup............................................................................................................................................. 24
5.1 Lifting units speed synchronisation (calibration)............................................................................ 24
5.1.1 Lifting units calibration using the ACP........................................................................................... 24
5.1.2 Lifting units calibration using the handset and the supervisor board (MiniACP)........................... 25
5.2 RC circuit....................................................................................................................................... 25
5.2.1 Function description and purpose................................................................................................. 25
5.2.2 Activating/deactivating short-circuit detection by the ACP............................................................ 26
5.2.3 Activating/deactivating short-circuit detection by the handset
and the supervisor board (MiniACP)............................................................................................. 27

D9S001GT0-0101 3
5.2.4 Activating/deactivating short-circuit detection by the supervisor board (MiniACP)....................... 28
6 Service Tools and Equipment............................................................................................................. 29
6.1 List of tools and equipment........................................................................................................... 29

4 D9S001GT0-0101
1 Introduction - General information
1.1 Product and technical label description and location

1 2 3 4 5

REF 1GTP2227-249 (Eleganza 1) UDI

SN 20200195438 ORDER: 20011650
2021-07-28
(01) 8592654243718
(11) 210728
CUC: N/A (21) 20200195438

6 7 8 9 10

Position Description Position Description

1 Manufacturer Address 6 1D Bar code GS1-128 (Serial Number)

2 2 Manufacturing Date (Year-Month-Day) 7 Symbols

DI (Device Identifier) /
3 8 Configuration number
GTIN (Global Trade Item Number)

4 PI (Product Identifier) 9 Serial Number

5 2D Bar Code (GS1 DataMatrix) DI+PI=UDI 10 Electrical Specification

D9S001GT0-0101 5
1.2 Identification of bed sides
Throughout this Service Manual, the words “right” and “left” refer to the right and left sides of a patient lying on his/her back
on the bed.

6 D9S001GT0-0101
2 Technical data and Symbols
Follow User Manual D9U001GT0-0101 for Eleganza 1 bed to find Technical Data and used Symbols.

D9S001GT0-0101 7
3 Theory of Operations
The aim of the chapter is to explain the functional principles of sets and individual components of the given LINET product model,
and their mutual relations.

3.1 Control box

The control box is the brain of the E1 bed, which consist of:

Position Description
1 Control unit

2 Battery pack

3 Power unit

4 Fuses

5 Power cable

Fig. 1 Control box description

Control box

Fig. 2 Location of the control box on a mattress platform

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3.1.1 Power unit
The power unit transforms input voltage to 24V and sends it to the control unit. Mains power is supplied to the power unit via a
three-core mains cable according to the relevant national standard. The power unit is at a standard voltage of 230V – 50/60 Hz,
and alternatively at a voltage of 100, 110, 127V – 50/60Hz. There is a filter in the mains connector of the power box. The power
unit transformer contains two thermal overloads. The first overload automatically disconnects the voltage at a temperature of
100°C/212°F and reconnects the voltage after cooling down. The second overload disconnects the voltage permanently at a
temperature of 130°C / 266°F. The 24 V AC power unit has two 1,6A fuses for the 230V version (2x 3,15 A for the low voltage
versions– 100, 110, 127 V). The power unit is part of the control box.

Technical parameters:

Parameters Values
Nominal supply voltage AC 230, 100, 110, 127V (±10%) / 50-60 Hz

2 x tube fuse 5 x 20mm:

Fuse protection T1,6A for 230V;
T3,15A for 100-127V

Maximum performance internally limited

Maximum tolerance of configuration of current limitation ±20%

3.1.2 Control unit

The power unit and control unit are implemented together in one plastic box. The control box is located on the mattress platform.

The Eleganza 1 bed is equipped with a PB43 control box or alternatively with a PB11 control box.

The PB43 unit is used for controlling 4 linear units, with outputs for controllers and a backup rechargeable battery power source.
It is controlled via low-voltage switches and allows the use of membrane keypads. The control unit has 4 outputs for the linear
units, an input for connecting a rechargeable battery, and an input for control panels with safety functions (ACP). The PB43 red
unit also contains inputs for an undercarriage module and an add-on matrix controller. The PB43 red unit is built into the instrument
case and is equipped for dual power from the mains and from batteries. When operating on the mains, the battery is continuously
powered and the battery is recharged as required. The control unit has the function of synchronising the speed of the lift units (see
Synchronisation (calibration) of speed of lift units) of the mattress platform, and locking the units.

The PB11 control box is more basic version of the PB43. Compared to the control box PB43 , it does not contain an audible sig-
nal or overcurrent protection, and allows only some controls to be connected. Also, it does not include synchronisation of the
lifting units.

Technical parameters:

Parameters Values
Output current for motors 5A

Maximum voltage at outputs for motors idling 42 V DC

Number of control buttons (functional inputs) 30 - basic matrix 6 x 5

D9S001GT0-0101 9
3.1.2.1 Control unit modes and safety functions
The architecture of the control unit is designed to exclude or significantly limit the risks arising from using a programmable elec-
tronic system. The default general requirement is the safety of the system when there is one fault. The basic safety features are:

» Lifting units speed synchronisation (calibration) (PB43only)

The function to stabilise speed of lift units allows the lift speed of all columns to be synchronized. This makes it possible to
maintain the bed in a horizontal position. Synchronisation must be performed after each change of column, control unit, and
accelerometer (more in chapter "4.1 Synchronisation of column units").

» STOP button located on the ACP panel

The main STOP button immediately stops all movements of the bed (undesirable movement) and deactivates GO if positioning
is not permitted or during failure of electrical components. A 10 kΩ resistor is connected in parallel to the STOP button inside the
keypad. The electronics of the system detect the correct connection of the resistor (connection of keypad and functionality of the
STOP button). Its interruption (error in keypad, faulty resistor, cable...) is signalled by an intermittent tone from the control unit.
Without correct connection of ACP controller to the resistors, this function after activation with the GO button is only active for 5s.

» GO button located on the ACP panels, the handset, and side rails
All the control functions are conditioned by the initial pressing of the GO button (only the CPR and the STOP button do not require
the GO button to be previously pressed). When GO is pressed, the control system is activated for 3 minutes (except for the STOP
circuit failure described above). When any function is pressed for more than 2 seconds, the button is released for an extension
of the GO period by another 3 minutes. When a function is pressed for less than 2 seconds, the original time limit of 3 minutes
remains. After 3 minutes from the previously selected function, the control electronics are deactivated and any further function
is conditional on the GO button being pressed again. Pressing the GO button is only valid if no other control button has been
pressed at the same time. The use of the GO button significantly limits the possibility of accidental movement of the bed during a
fault or from unintentional pressing of controllers. For the the US version the GO period lasts 10 minutes.

» Recognition of simultaneous pressing of any two buttons

The control unit is issued with the function for recognizing two pressed buttons at the same time. When two buttons are pressed
at the same time, control unit blocks function. Unblocking is automatic after all presses have been released (including the error
ones).

» RC circuits – protection against shorting and spontaneous movement

An RC circuit is installed in all the analogue control elements connected to the ACP control unit (ACP, handset, Mob-Lift, foot con-
troller). The value of the RC circuit resistor is 390 Ω. If the function is not active, the circuit resistance is infinite as standard. When
any function is pressed, the resistance of the circuit is 390 Ω, the function is detected as valid and it begins. If a short is present
in the circuit of the button, the resistance drops below 200 Ω, the control unit detects the function as invalid and positioning does
not occur. The RC circuit serves to prevent spontaneous movements of the bed caused by short circuit in the wiring.

≥ 1 kΩ - Leakage

390 Ω - OK

0 < 200 Ω - Short circuit

» Leaks measuring
The control unit is able to measure leaks in individual controllers in the kΩ range.

If resistance is detected in any of the controllers, it is signalled by all the lock LEDs flashing, the control unit always permitting one
movement of the bed after the STOP button is pressed. Information about the leak is recorded simultaneously in the permanent
memory of the control unit.

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» Positioning functions locks
The locks of the position functions have an electronic design and their actual condition is always saved in an EEPROM type
memory. If case of the locks failure, the LED light under the corresponding lock starts flashing.

» Overload detection (PB43 only)

While monitoring current drawn by the motor units, the electronics stabilise the maximum current and thus partially limit start-up
current peaks. If a constant current overload is detected, movement is halted after approximately 1 second.

» Thermal protection
Built-in thermal protection signals temperature exceeded in the internal cooler and near the switching transistors (approx. 100°C)
during overload. A constant tone signals this condition. After an additional increase of approximately 15°C, the switching power
elements are disconnected (this makes positioning impossible), also signalled by a constant tone. Information about the thermal
overload is recorded simultaneously in the blackbox.

» Connectors
Inputs and outputs of the control units are fitted with different types of connectors, meaning they may not be mixed. If connec-
tors of the same type (telephone ones) are used, mixing them up during assembly or servicing does not lead to damage of the
control unit.

3.1.2.2 Control unit saved values

The control unit saves following values:
a) Statistical values
b) Records of previous events
c) Calibration values
d) Evidence of last action

D9S001GT0-0101 11
3.1.3 Battery pack
Lead hermetic rechargeable batteries 2x12V/1.2 Ah are connected
in series in a plastic housing, protected by a 15 A fuse. The plastic
housing is inserted in a control box unit. The rechargeable batteries
serve as an emergency backup power source for the bed while it is
disconnected from the mains electricity or during transport. This type
of rechargeable battery has no memory effect and should not be run
fully flat to increase its lifespan.

Technical parameters:

Parameters Values
Input/output voltage 24 V DC
Class II IP65
Maximum charging time 24 hours
Type Lead-acid Fig. 3 Battery pack

3.1.3.1 Charging the battery

The rechargeable batteries are charged intelligently from the control unit. The charging method used is called the “Dual Level Float
Charger” method (two charge levels, current limiting and automatic switching from charging to maintenance mode).

Information about charging and the modes of the rechargeable battery are signalled by the battery’s LED (see chapter "4.1.1
Battery faults diagnostics (ACP panel)")

3.1.3.2 Warranty & use

► The service life of the accumulator depends on the frequency and method of use (2 years maximum)

► The manufacturer provides a 6-month warranty for the full function of the accumulator

► Charging of the accumulator before using the bed takes approximately 4 hours

► The battery box cannot be disassembled. The battery unit must be replaced completely

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3.2 Linear lifting units
The purpose of the lifting units is to adjust the height of the bed platform.

The motor is equipped with limit switches to indicate the end position. For safety rea-
sons, the upper end switch is doubled up. If the first upper end switch is damaged, the
second one is activated to stop the motor. It is connected by a cable with a 2-pin con-
nector. The maximum current consumption is 5.5 A and the maximum working voltage
is 24 V. Fig. 4 Linear lifting unit

Fig. 5 Position of linear lifting units

3.3 Mattress platform - Linear actuators

E1 is equipped with 2 types of linear actuators:

► Backrest linear actuator

► Thigh rest linear actuator

Backrest linear
actuator

Thighrest linear
actuator

Fig. 6 Linear actuators (bottom view)

D9S001GT0-0101 13
3.3.1 Backrest actuator
The backrest motor lifts the bed's back mattress platform. It is connected to the construction using two pins and secured with
starlock washers. The backrest motor contains a mechanical unblocking function. The head of the motor is connected to the
CPR lever by a steel cable.

The motor is equipped with end switches to indicate the end position. For safety reasons the upper end switch is doubled up. If
the first upper end switch is damaged, the second one is activated to stop the motor. A two-core cable with a repro-Din connector
runs from the motor. The cable is connected to the control unit.

Backrest actuator

CPR lever

Fig. 7 CPR mechanism

3.3.2 Thighrest actuator

The thigh rest motor lifts the thigh section of the bed's mattress platform. It is connected to the construction using two pins and
secured with starlock washers. The motor is equipped with end switches to indicate the end position. For safety reasons the upper
end switch is doubled up. If the first upper end switch is damaged, the second one is activated to stop the motor. A two-core cable
with a repro-Din connector runs from the motor. The cable can be reoved from the motor and is connected to the control unit.

Technical parameters:

Parameter Backrest actuator Thighrest actuator

Compression strength 3kN 4kN

Mechanical release Yes No

Input voltage 24V 24V

Max. current load 3A 3A

Length 475 / 700 mm 300 / 430 mm

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3.4 Controllers
3.4.1 Attendant control panel (ACP)
The ACP is connected to the control unit via a 14-core cable terminated with a 13-pin DIN connector. The ACP panel is connected
directly to the control unit. The attendant control panel includes a STOP button. The ACP contains a lock to block individual control
unit functions, indicator lights for the mode and condition of the rechargeable battery, a selection of special functions, and settings
for the standard positions of the bed. The controller has an RC unit to detect short circuits.

Fig. 8 Attendant control panel (ACP) Fig. 9 Handset

3.4.2 Handset
The handset (Fig. 9) is an optional controller of the bed. The handset is available in two versions, with illuminated buttons or with-
out (or as a variant with mattress platform lift - UP/DOWN). The handset button lighting is active if the bed is connected to the
mains. The functions of both handsets are identical.

A cable with an 8-pin DIN connector is connected to a Plug&Play adaptor, which is linked to the control unit. The controller has
an RC unit to detect short circuits.

3.4.3 Siderail controls (optional)

Eleganza 1 can be equipped with siderail controls. Siderail controls are only available for twin plastic siderails. The siderail control
cable leads through the head plastic siderail to the frame where it is connected to the "Y" cable. The "Y" cable is connected to the
control box. The controller has an RC unit to detect short circuits.

Fig. 10 Siderail controls connection schema Fig. 11 Siderail with a control

D9S001GT0-0101 15
3.4.4 Foot controller (platform height adjustment)
The foot controller for height setting is a paired component of the bed. It is located on the undercarriage at the foot section of the
bed and attached to the undercarriage frame. There are three buttons on the controller – raise, lower and examination position.
A cable runs from the foot controller to the mattress platform and is connected to the control box (position 13). The controllers
are connected to the control box by a DIN connector.

The Mini GO function is included in the software of the control unit for the foot controller. This is a function whereby pressing the
foot controller button once again, the GO period runs for 20 seconds without the need for pressing GO on the siderail controller or
handset. This allows bed positioning without having to use your hands.

Fig. 12 Foot controllers connection schema

3.4.5 Satellite (optional)

The satellite control panel is an optional control element. The satellite control panel is attached to the backrest by a flexible arm.
The controller has an RC unit to detect short circuits.

Fig. 13 Satellite connection schema

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3.5 Night illumination
The control unit allows a pair of illuminating "white" (or green) LEDs to be connected, ensuring illumination of the mattress plat-
form. The night illumination (LEDs) are connected via a ribbon cable to the control unit

Fig. 14 Night illumination

3.6 Brake alarm (optional)

If the bed is equipped with a brake alarm and this bed is connected to the mains power, the brake alarm sounds when the bed is
not braked.

A magnetic sensor for the brake alarm is placed on the foot section of the bed undercarriage. The activation magnet is on the brake
operating rod. The magnetic sensor is connected to the control box.

Fig. 15 Brake alarm

D9S001GT0-0101 17
3.7 Castors Se utiliza una rueda estática.
15
Eleganza 1 is fitted with 4 castors plus an optional 5th castor. If the bed is fitted with a 5th castor, 3 standard castors and one
static castor are used. A bed without a 5th castor must be fitted with a directional castor. The position of the directional castor is
according to the direction control . If the direction control is from foot end, the directional castor is fitted at the right head position.
If direction control is from the head end, the directional castor is located at the left foot position.

Antistatic castor Standard castor

Rueda antiestática

Castor with a lock/

Directional castor Standard castor

Fig. 16 Position of antistatic and directional castors (direction control from foot end)

3.7.1 Mechanical 5th castor

It is possible to equip the bed with a fifth castor in the centre of the undercarriage. The fifth castor helps to steer and manoeuvre
the bed in long corridors and small rooms. The fifth castor does not obstruct access to any devices under the undercarriage.

Antistatic
castor

Standard
Fifth
castor
castor Standard
castor

Standard
castor

Fig. 17 Mechanical fifth castor

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3.8 Bed wiring diagram

3.8.1 Bed wiring diagram (universal for PB43)

D9S001GT0-0101 19
3.8.2 Bed wiring diagram (universal for PB11)

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4 Bed diagnostic
4.1 Visual signalisation
4.1.1 Battery faults diagnostics (ACP panel)

Battery power LED indicator Meaning

Battery is OK
LED not lit
• the accumulator capacity is sufficient (charging completed)

Battery NOK - baterry absence or failure condition

• the accumulator is connected incorrectly
LED lit continuously
• the electric connection between the power supply and accumulator is broken
• the accumulator fuses are faulty

SHORT FLASHING Battery is charging

short flash, long pause (approx. 1.8 s) • continues charging until the LED is extinguished. In emergency cases, the
accumulator can be used as a backup power source for a short period. If the
LED is still flashing after 12 hours of charging or stops flashing, but you can not
position the bed, the accumulator is defective or broken.

LED long flashing Low accumulator voltage

long flash, short pause • the accumulator can not be used as a back-up power supply even for a short
(approx. 0.2 sec.) period; the accumulator is completely discharged or defective (if this type
of signalisation persists, it is necessary to replace the accumulator - service
action)

LED quick flashing

Failed battery
short flash (approx. 0.2 sec),
Only CPR function can be used
short pause (approx. 0.2 sec)

4.1.2 Mains power - LED signalisation (ACP panel)

Mains power LED indicator
Meaning

LED lit connected to the mains

keyboard error (flashing inverted to Lock LED)

LED flashing
600ms ON, 600ms OFF
error (first fault)

LED flashing
service mode
100ms ON, 100ms OFF

disconnected from the mains power

LED not lit
transformer switching error

D9S001GT0-0101 21
4.2 Acoustic signalisation (PB43 control unit)

Acoustic signal Meaning

• control box overheating
Continuous sound • accumulator overcurrent
• actuator overload

Repeated beeps • STOP error (All STOP buttons are disabled) - Disconnected STOP button from
short beep, longer pause control box

Repeated beeps
• brake alarm
longer beep, shorter pause
• function confirmation
• stopping or locked function
Short beep lasting 0,3s
• optionally: Transition from tilt (Trendelenburg, Anti-Trendelenburg) to horizontal
position

• lowering to the lowest position

Short beep lasting 0,5s • start of service mode or end of service mode
• keyboard error (positioning blocked)

Beep lasting 3s • system error

4.3 Acoustic signalisation (PB11 control unit)

There are no acoustic signals in case of Eleganza 1 bed with the PB11 control unit.

4.4 Emergency mode

Description Output

• Sound alarm will start

(If on battery, sound alarm will signalise only for approximately 1 minute and
If Supervisor panel (ACP) is faulty or
then turns off. Signalisation starts again if GO button is pressed).
disconnected
Should this occur, it is possible to position the bed only for 5 seconds and then
GO buton must be pressed again in order to position for the next 5 seconds.

4.5 Power box overheating

Description Temperature Output

85°C / 185°F Battery charging is disconnected.

If the heatsink
temperature in
100°C / 212°F Battery charging is still disconnected + sound signalization (beeping)
the main power
box reaches:
115°C / 239°F Bed is not functional + sound signalization (beeping)

After the power box has cooled down, the bed is automatically reactivated.

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4.6 Transformer overheating
Description Temperature Output
The transformer automatically switches OFF and is automatically reactivated after
If the 100°C / 212°F
cooling down
transformer in
the main control
box reaches: 130°C/ 266°F The overheated fuse blows (power box replacement is necessary)

D9S001GT0-0101 23
5 Bed Setup
5.1 Lifting units speed synchronisation (calibration)
The function to stabilise speed of lift units allows the lift speed of all columns to be synchronized. This makes it possible to maintain
the bed in a horizontal position.

The synchronisation must be performed after each change of:

a) lifting unit
b) control unit

NOTE:
Calibrating of Lifting units means: Calibrating the control box to equate the speed of both lifting actuators during raising and
lowering. Not doing this procedure may cause permanent inclination of mattress platform during normal use.

Connecting the bed to the mains supply and activating the ,,GO‘‘ button is recommended.

5.1.1 Lifting units calibration using the ACP

► Ensure the bed is on a level floor!

► Enter the calibration mode by pressing a combination of four buttons on the nurse control panel - simultaneously press
backrest UP (1), backrest DOWN (2), CPR (3) and anti-Trendelenburg (4) buttons, and hold them for 3 seconds
1

2 3 4
Fig. 18 Attendant Control Panel

► The 3 lock LEDs will begin to flash This mode is only active for 1 minute

► To proceed, press and hold the CPR (3) button for a further 3 full cycles (DOWN + UP + DOWN). After each cycle, one
LED light will stop blinking. When finished, all LED lights will have stopped blinking and a steady tone can be heard.

► The actuators are now calibrated to move at the same speed.

24 D9S001GT0-0101
5.1.2 Lifting units calibration using the handset and the supervisor board (MiniACP)
► Ensure the bed is on a level floor!

► Enter the calibration mode by pressing a combination of four buttons on the handset and supervisor board - simultaneous-
ly press backrest up (1), backrest down (2), CPR (3) and anti-Trendelenburg (4) buttons, and hold them for 3 seconds

► The 3 lock LEDs will begin to flash This mode is only active for 1 minute
1
► To proceed, press and hold the CPR (3) button for a further 3 full cycles (DOWN
+ UP + DOWN). After each cycle, one LED light will stop blinking. When fin-
2 ished, all LED lights will have stopped blinking and a steady tone can be heard.

► The actuators are now calibrated to move at the same speed.

4 3

5.2 RC circuit
5.2.1 Function description and purpose
For improved safety reasons peripheral controls (ACP, patient hand control, siderail controls and Mobi-Lift®) have been fitted with
RC components. These allow the control box to recognize whether a circuit activation is a valid press of a button or a short circuit.
In such a case, the function is blocked as protection against a short circuit. Short circuit protection only works when all controls
are fitted with RC components and the function is activated in the control box.

All Eleganza range beds with serial number 2015xxxxxxx and higher have short circuit detection turned on by default.

Control unit PB43 is equipped with a switching ON or OFF of the short-circuit detection function. Control unit PB43 RED is not
equipped with switching ON or OFF of the short-circuit detection. PB43 RED can only be used on beds produced after 2019.

NOTE:
► Peripheral controls which are equipped with an RC circuit for short-circuit detection are compatible with control units with
short-circuit detection turned ON or OFF.

► Peripheral controls which are not equipped with an RC circuit for short-circuit detection are not compatible with control
units with short-circuit detection turned ON and it is necessary to turn this function OFF in the control unit.

► If there is a one peripheral component which is not equipped with short-circuit detection (does not have an „ST“ or „KA“
{SN 2014 and higher} mark on the handset or „ST“ mark on the ACP) it is necessary to turn OFF the short-circuit detection.

► If the function is controlled by data transfer (undercarriage module), then short-circuits are not detected.

Part Label Short-circuit detection

Control unit PB43 SW version: since 6.20 till 6.32 Default: Turned OFF

Control unit PB43 SW version: since 6.33 and newer Default: Turned ON

Default: Turned ON
Control unit PB43 RED SW version: since 8.12 and newer
(not possible to switch OFF)

ACP Controller ST Compatible with short-circuit detection

Handset KA (for SN 2014 and higher) or ST Compatible with short-circuit detection

D9S001GT0-0101 25
5.2.2 Activating/deactivating short-circuit detection by the ACP
To enter short-circuit detection switching mode:

► Activate the ACP by pressing the GO (1) button

► Then press mattress platform UP (2)+ DOWN (3) + GO (1) simultaneously for 5s.

► The LED mains power indicator (4) will start blinking and an acoustic signal will be heard.

1 2

3 Mark of ACP with short-circuit

detection (ST)

► Switching is achieved using the leg rest lock button (5) either on ACP or MiniACP

► Short-circuit detection is ON when the leg rest lock LED (6) is not lit

► Short-circuit detection is OFF when the leg rest lock LED (6) is lit

5 6

5 6

26 D9S001GT0-0101
5.2.3 Activating/deactivating short-circuit detection by the handset
and the supervisor board (MiniACP)

To enter short-circuit detection switching mode:

► Activate the bed by pressing one of the GO buttons

► Then press mattress platform UP (1) + DOWN (2) (on the handset) + GO (3) (on the
supervisor board) simultaneously for 5s
1 ► The LED mains power indicator (if present) will start blinking and an acoustic signal will
be heard

2 3

► Switching is achieved using the leg rest lock button (4) either on ACP or MiniACP

► Short-circuit detection is ON when the leg rest lock LED (5) is not lit

► Short-circuit detection is OFF when the leg rest lock LED (5) is lit

4 5

4 5

D9S001GT0-0101 27
5.2.4 Activating/deactivating short-circuit detection by the supervisor board (MiniACP)
To enter short-circuit detection switching mode:

► Activate the be by pressing one of the GO (1) buttons

► Then press legrest lock (1)+ backrest lock (2) + mattress platform lock (3) on the supervisor board simultaneously for
5s

► The LED mains power indicator (if present) will start blinking and an acoustic signal will be heard

1 2 3

► Switching is achieved using the leg rest lock button (4) either on ACP or MiniACP

► Short-circuit detection is ON when the leg rest lock LED (5) is not lit

► Short-circuit detection is OFF when the leg rest lock LED (5) is lit

4 5

4 5

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6 Service Tools and Equipment
6.1 List of tools and equipment

Socket set Multimeter

Hex / Torx key bit set Tape measure

Screwdiver set Knife

Engineer‘s wrench set Hammer, nylon hammer

Crimping tool
Hex key set
for RJ connectors

Torque wrench Service cable for control box

Set of pliers

D9S001GT0-0101 29
Manufacturer:
L I N E T spol. s r.o.
Želevčice 5
274 01 Slaný

Tel.: +420 312 576 111

Fax: +420 312 522 668

E-mail: info@linet.cz
http://www.linet.com
Service department: service@linetgroup.co

Eleganza 1
Hospital bed for standard care

Author: L I N E T, spol. s r.o.

Related links: www.linet.com

D9S001GRA-0101
Version: 07
Publication Date: 2021-07

Copyright © L I N E T, spol. s r.o., 2021

Translation © L I N E T, spol. s r.o., 2021
All rights reserved.

All trademarks and brands are the property of the appropriate owners. The manufacturer reserves the right to changes in the
contents of this manual that relate to the product´s technical regulations. It is for this reason that the contents of this manual may
indicate differences from the current manufacture of the product.

30 D9S001GT0-0101