Linear Actuator LA23
Data Sheet

LINAK.COM/MEDLINE-CARELINELA23 |

2

Contents
Introduction��������������������������������������������������������������������������������������������������������������������������������� 3
Features and options ����������������������������������������������������������������������������������������������������������������� 4
Usage������������������������������������������������������������������������������������������������������������������������������������������� 5
Ordering example����������������������������������������������������������������������������������������������������������������������� 7
Positioning options��������������������������������������������������������������������������������������������������������������������� 8
Dimensions�������������������������������������������������������������������������������������������������������������������������������� 10
Built-in dimensions������������������������������������������������������������������������������������������������������������������� 11
Self-locking specifications�������������������������������������������������������������������������������������������������������� 12
Technical specifications������������������������������������������������������������������������������������������������������������� 13
Safety nut and back fixture overview������������������������������������������������������������������������������������� 13

LA23 |

Introduction
The LA23 is a small and strong push/pull actuator (up to 2,500 N). The
LA23 can be used in various applications where size is important.

Some of the benefits the LA23 offers you are:• Compact design• High lifting force• Exchangeable cables• IPX6 Washable DURA™
The standard LA23 is available for the CARELINE®, MEDLINE® , TECHLINE® product ranges.

3

LA23 |

4

Features and options
Load in push:2,500 N, 1,800 N, 1,500 N, 1,200 N, 900 N or 300 N

Load in pull:

2,500 N, 1,800 N, 1,500 N, 1,200 N, 900 N or 300 N

Housing colour:

Black (RAL 9005), outer tube steel or black
Light grey (RAL 7035), outer tube steel

Protection class:

IPX4, IPX6, IPX6 Washable DURA™

Motor:

12 V DC, 24 V DC

Stroke length:

20 - 500 mm (for stroke 300-500 mm max. load is 1,000 N for pitch 3, 5, 6
and 9)
Pitch 12 mm (for stroke 300-500 mm max. load is 900 N)
Pitch 20 mm (for stroke 300-500 mm max. load is 300 N)

Built-in dimensions:110 - 146 mm + stroke length

Positioning options:

Potential free end stop signals
Hall potentiometer or Hall PWM position
Single Hall, Dual Hall

Back fixture material:

Plastic or steel

Nut:

GuidedSafety nut:

In push or pull
(2,500 N and 1,800 N version only safety nut in push)

Mechanical spline:

Yes

Built-in electrical end stop:

Yes

Exchangeable cable:

Yes

Static safety factor:

2.5

Noise level:

Max. 58.5 dB(A) (At nominal voltage and with no load, according to
EN ISO 3743-1)

Mechanical end stop:

Yes

Integrated control:

YesLA23 |

Usage
Duty cycle:

10%, 2 minutes continuous use followed by 18 minutes not in use

Operation temperature:+5° - +40° normal operating temp.
-30° - +50° according to test conditions: ISO 7176-9

Storage temperature:-45 °C to +70 °C (according to ISO 7176-9

Compatibility:

Compatible with LINAK control boxes. Please contact LINAK.

Relative humidity:

20% to 80% – non-condensing

Atmospheric pressure:

700 to 1060 hPa

Meters above sea level:

Max. 3000 meters

Flammability rating:

Enclosure UL94-V0

Approvals:

IEC60601-1
ANSI/AAMI ES60601-1
CAN/CSA-22.2 No 60601-1

Cycles:The LA23 Life cycle test has been performed with a stabilised power supply(10% duty cycle) on a 200mm stroke actuator at max. load for the following
number of cycles (at 20 °C ambient temperature):
3 mm pitch = 5000 cycles
5, 6, 9, 12 and 20 mm pitch = 10,000 cycles

5LA23 |
LA23 is always equipped with mechanical end stop - to ensure first failure safety.
In the norm, EN 60601-1, it is mentioned that an application must be first failure safe. If the electrical end
stop in the LA23 should fail, the built-in mechanical end stop ensures that the LA23 cannot run out of thespindle.
The mechanical end stop is only being used as a safety backup for the electrical end stop.
If electrical end stop fails to function, the actuator will continue to retract or extend until mechanical end
stop is reached.
The customer application must be able to obtain or withstand an actuator with failing electrical end stop.
For actuators with stroke length (SL) < 50 mm:
Typical minimum length of actuator reaching mechanical end stop: BID - 2 mm.
Typical maximum length of actuator reaching mechanical end stop: BID + SL + 52 mm.
For actuators with stroke length (SL) ≥ 50 mm:
Typical minimum length of actuator reaching mechanical end stop: BID - 2 mm.
Typical maximum length of actuator reaching mechanical end stop: BID + SL + 4 mm.

6LA23 |

7

Ordering example
23 0

1

0

0 1 0 0 0

2 5 0 B

4
HOUSING/IP DEGREE:

4=IPX4
6=IPX6
W=IPX6 Washable DURA

MOTOR TYPE:

A = 12 V
B = 24 V (driving mainly with battery (CBJ1, CBJ2, CBJH, CBJC, wheelchairs))
G = 24 V (33 V) (For OpenBus (CB20, CB16, CB6s))

STROKE:XXX = mm

Min. 020 mm
Max. 300 mm

In steps of 5 mm

(For minimum BID see table 2)
POSITIONING:

XX = See table 1

SAFETY OPTION:

0 = No safety option
1 = Safety nut for push
2 = Safety nut for pull
3 = Spline without safety nut
4 = Spline + safety nut push

HOUSING COLOUR:

1 = Black (RAL 9005) + grey outer tube
2 = Light grey (RAL7035) + grey outer tube
3 = Black (RAL 9005) + black outer tube

PISTON ROD EYE:

0 = Standard steel with slot (6.1 mm), eye Ø10.1 mm, incl. plastic bushings
1 = Standard steel with slot (6.1 mm), eye Ø10.1 mm
2 = Standard steel with slot (6.1 mm), eye Ø12.3 mm

BACK FIXTURE ROTATION:

0 = 0° clockwise
A = 7.5° clockwise
B = 15° clockwise
C = 22.5° clockwise
D = 30° clockwise
E = 37.5° clockwise
F = 45° clockwise
G = 52.5° clockwise
H = 60° clockwise
J = 67.5° clockwise
K = 75° clockwise
L = 82.5° clockwise

BACK FIXTURE:

1 = Plastic with slot (6.1 mm), eye Ø10.1, (only for standard push load)
2 = Steel with slot (6.1 mm), eye Ø10.1 mm, incl. plastic bushings
3 = Steel with slot (6.1mm), eye Ø10.1 mm
4 = Steel with slot (6.1mm), eye Ø12.3 mm

SPINDLE TYPE:

0 = 12 mm pitch (900 N)
2 = 20 mm pitch (300 N)
3 = 3 mm pitch (2500 N)
5 = 5 mm pitch (1800 N)
6 = 6 mm pitch (1500 N)
9 = 9 mm pitch (1200 N)

ACTUATOR TYPE:

23 = LA23

1 = 90° clockwise
M = 97.5° clockwise
N = 105° clockwise
P = 112.5° clockwise
Q = 120° clockwise
R = 127.5° clockwise
S = 135° clockwise
T = 142.5° clockwise
U = 150° clockwise
V = 157.5° clockwise
W = 165° clockwise
Z = 172.5° clockwiseLA23 |

Positioning options
Table1
Different positioning options can be chosen for LA23.
Positioning/
Ordering code
numberX
X

Description of positioning option

No. ofpins in
LA23

00Standard electrical endstop - no positioning

6

0

1

Standard electrical endstop and potential free endstop - no positioning

6

0

2

Dual Hall digital positioning

6

0

3

Dual Hall PNP positioning

6

0

4

Dual Hall, encoded

6

1

1

Hall Potentiometer feedback

0-10V

10

1

2

Hall Potentiometer feedback

1-9V

10

1

3

Hall Potentiometer feedback

2-8V

10

1

4

Hall Potentiometer feedback

0-5V

10

1

5

Hall Potentiometer feedback

0.5-4.5V

10

1

6

Hall Potentiometer feedback

0-3.3V

10

1

7

Hall Potentiometer feedback

0.3-3V

10

2

1

Hall Potentiometer feedback and potential free endstop

0-10V

10

2

2

Hall Potentiometer feedback and potential free endstop

1-9V

10

2

3

Hall Potentiometer feedback and potential free endstop

2-8V

10

2

4

Hall Potentiometer feedback and potential free endstop

0-5V

10

2

5

Hall Potentiometer feedback and potential free endstop

0.5-4.5V

10

2

6

Hall Potentiometer feedback and potential free endstop

0-3.3V

10

2

7

Hall Potentiometer feedback and potential free endstop

0.3-3V

10

3

1

Hall PWM position feedback

0-100%

10

3

2

Hall PWM position feedback

10-90%

10

3

3

Hall PWM position feedback

20-80%

10

4

1

Hall PWM position feedback and with potential free endstop

0-100%

10

4

2

Hall PWM position feedback and with potential free endstop

10-90%

10

4

3

Hall PWM position feedback and with potential free endstop

20-80%

108

LA23 |
Positioning/
Ordering code
numberDescription of positioning option IC(Integrated Control)

No. ofpins in
LA23

X

X

5

0

Standard electrical endstop - no positioning

10

5

2

Standard single Hall positioning

10

6

1

Hall potentiometer feedback

0 - 10V

10

6

2

Hall potentiometer feedback

1 - 9V

10

6

3

Hall potentiometer feedback

2 - 8V

10

6

4Hall potentiometer feedback

0 - 5V

10

6

5Hall potentiometer feedback

0.5 - 4.5V

10

6

6

Hall potentiometer feedback

0 - 3.3V

10

6

7

Hall potentiometer feedback

0.3 - 3V

10

7

1

Hall PWM postion feedback

0-100%

10

7

2

Hall PWM postion feedback

10-90%

10

7

3

Hall PWM postion feedback

20-80%

109

LA23 | 10

Dimensions

Back fixture orientation
Option 1

Back fixture orientation
Option 0

See explanation page 12.

Drawing no.: 0234024

Tolerances
For built-in dimensions and stroke ± 2 mm.

LA23 | 11

Built-in dimensions
Table 2The built-in dimension depends upon the chosen safety option and stroke length.
Please see the table below to decide upon the built-in dimension.
Safety option

StrokelengthSpindle pitch

Min. built-in
Dimensions

0 = No safety option

20 - 49

6, 9, 12 or 20

160

0 = No safety option

20 - 49

3, 5

168

1 = Safety nut for push

20 - 49

6, 9 or 12160

1 = Safety nut for push

20 - 49

3, 5

168

2 = safety nut for pull

20 - 49

6, 9 or 12

172

3 = Mechanical Spline for push

20 - 49

6, 9 or 12

180

3 = Mechanical Spline for push

20 - 49

3, 5

196

4 = Mechanical Spline & safety nut for push

20 - 49

6, 9 or 12

180

4 = Mechanical Spline & safety nut for push

20 - 49

3, 5

196

0 = No safety option

50 - 200

6, 9, 12 or 20

110 + stroke

0 = No safety option

50 - 200

3, 5

118 + stroke

1 = Safety nut for push

50 - 200

6, 9 or 12

110 + stroke

1 = Safety nut for push

50 - 200

3, 5

118 + stroke

2 = Safety nut for pull

50 - 200

6, 9 or 12

122 + stroke

3 = Mechanical Spline for push

50 - 200

6, 9 or 12

130 + stroke

3 = Mechanical Spline for push

50 - 200

3, 5

146 + stroke

4 = Mechanical Spline & safety nut for push

50 - 200

6, 9 or 12

130 + stroke

4 = Mechanical Spline & safety nut for push

50 - 200

3, 5

146 + stroke

0 = No safety option

201 - 500

6, 9, 12 or 20

130 + stroke

0 = No safety option

201 - 500

3, 5

138 + stroke

1 = Safety nut for push

201 - 500

6, 9 or 12

130 + stroke

1 = Safety nut for push

201 - 500

3, 5

138 + stroke

2 = Safety nut for pull

201 - 500

6, 9 or 12

142 + stroke

3 = Mechanical Spline for push

201 - 500

6, 9 or 12

150 + stroke

3 = Mechanical Spline for push

201 - 500

3, 5

166 + stroke

4 = Mechanical Spline & safety nut for push

201 - 500

6, 9 or 12

150 + stroke

4 = Mechanical Spline & safety nut for push

201 - 500

3, 5

166 + stroke

LA23 | 12
It is possible to order LA23 with extended built-in dimensions if the following requirements are
fulfilled (see example “A” earlier page):
Spindle pitch =6, 9, 12, 20

Spindle pitch =3, 5Spindle pitch = 6,
9,12

Spindle pitch =6, 9, 12

Safety option 0: No safety option

Safety option 2:
Safety nut pull

Safety option 3: Spline without safety
nut

Safety option 1: safety nut pushMax.built-in
dimensions≤730 - stroke≤738 - stroke

Spindle pitch =3, 5

Safety option 4: Spline + safety nut
push≤742 - stroke≤750 - stroke

Example:A) 6 mm pitch no safety option, stroke 200, BID can be max. (730 - 200) = 530(see earlier page for further explanation)B) 3 mm pitch no safety option, stroke 20, BID can be max. (738 - 20) = 718

Self-locking specifications
Spindle Pitch

Without shortcircuitWith short circuit

20 mm pitch

100

300

12 mm pitch

750

900

9 mm pitch

750

1,200

6 mm pitch

1,200

1,500

5 mm pitch

1,600

1,800

3 mm pitch

2,500

2,500

≤766 - stroke

LA23 | 13

Technical specifications
Spindlepitch(mm)

Load max.**
Push/Pull
(N)

Motor
type

*Typical speed at
0/full load
(mm/sec.)*Typical current
at 0/ full load
(Amp.)

Inrushcurrent(Amp.)

12VDC

32,500/2,500

A: 12V

3.1 / 2.5

0.8 / 3.6

13.4

CBJ1/2, CBJH and
CBJC

32,500/2,500

B: 24V

3.2 / 2.6

0.4 / 1.9

8.7

OpenBus™

3

2,500/2,500

G: 24V

3.3 / 2.7

0.3 / 1.4

6.2

12VDC

5

1,800/1,800

A:12V

5.4 / 4.2

0.8 / 3.9

13.4

CBJ1/2, CBJH and
CBJC

51,800/1,800

B:24V

5.4 / 4.5

0.4 / 1.9

8.7

OpenBus™

51,800/1,800

G:24V

5.6 / 4.6

0.3 / 1.4

6.2

12VDC

6

1,500/1,500

A: 12V

6.6 / 5.2

0.8 / 3.6

13.4

CBJ1/2, CBJH and
CBJC

61,500/1,500

B: 24V

6.4 / 5.5

0.4 / 1.7

8.7

OpenBus™

6

1,500/1,500

G: 24V

6.7 / 5.5

0.3 / 1.3

6.2

12VDC

9

1,200/1,200

A: 12V

9.9 / 7.5

0.9 / 4.0

13.4

CBJ1/2, CBJH and
CBJC

91,200/1,200

B: 24V

9.5 / 8.1

0.4 / 1.9

8.7

OpenBus™

91,200/ 1,200

G: 24V

9.9 / 8.1

0.3 / 1.3

6.2

12VDC

12

900/900

A:12V

13 / 9.6

0.9 / 3.8

13.4

CBJ1/2, CBJH and
CBJC

12

900/900

B:24V

12.6 / 10.4

0.4 / 1.9

8.7

OpenBus™

12

900/900

G:24V

13.3 / 10.7

0.3 / 1.4

6.2

12VDC

20

300/300

A:12V

21.5 / 18.6

0.8 / 4.3–

CBJ1/2, CBJH and
CBJC

20

300/300

B:24V

21.6 / 20.2

0.4 / 2.3–

OpenBus™

20

300/300

G:24V

21.8 / 20.6

0.3 / 1.6–

Power supply* Typical values, measurements are made with an actuator in connection with a stable power supply. The
typical values can have a variation of ± 20% on the current values and ± 10% on the speed values.
** If the stroke is between 300-500 mm, the max. load is 1,000 N for pitch 3, 5, 6 and 9.

Safety nut and back fixture overview
Pitch
(mm)

Load
(N)

Safety nut

Steel backfixturePlastic backfixture20

300

Not an option

Required in pull

Only in push

12

900

Optional in push or pull

Required in pull

Only in push

9

1,200

Optional in push or pull

Required in pull

Only in push

6

1,500

Optional in push or pull

Required in pull

Only in push

5

1,800

Optional in push (Safety nut 1,800 N not available in pull)

Always required

Not available

3

2,500

Optional in push (Safety nut 2,500 N not available in pull)

Always required

Not available

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Web:www.linak.it

Terms of use
LINAK® takes great care in providing accurate and up-to-date information on its products. However, theuser is responsible for determining the suitability of LINAK products for a specific application.
Due to continual development, LINAK products are subject to frequent modifications and changes.
LINAK reserves the rights to conduct modifications, updates, and changes without any prior notice. For
the same reason, LINAK cannot guarantee the correctness and actual status of imprinted information on
its products.

United Kingdom
LINAK UK Limited
Phone:+44 (0)121 544 2211
Fax:
+44 (0)121 544 2552
E-mail:sales@linak.co.uk
Web:www.linak.co.uk

LINAK uses its best efforts to fulfil orders. However, for the reasons mentioned above, LINAK cannot
guarantee availability of any particular product at any given time. LINAK reserves the right to discontinue
the sale of any product displayed on its website or listed in its catalogues or in other written material
created and produced by LINAK, LINAK subsidiaries, or LINAK affiliates.
All sales are subject to the ‘Standard Terms of Sale and Delivery for LINAK A/S’ available on LINAK websites.
LINAK and the LINAK logotype are registered trademarks of LINAK A/S. All rights reserved.

Copyright© LINAK • 2024-08 • LIT-62-02-096 B

Ireland
LINAK UK Limited (Ireland)
TurkeyPhone:+44 (0)121 544 2211
LINAK İth. İhr. San. ve Tic. A.Ş.
Fax:
+44 (0)121 544 2552
Phone:+ 90 312 4726338+44 (0)796 855 1606 (UK Mobile)+ 90 312 4726635+35 387 634 6554 (Rep.of Ireland Mobile) Fax:
E-mail:info@linak.com.tr
E-mail:sales@linak.co.uk
Web:www.linak.com.tr
Web:www.linak.co.uk