HENNING MSM12 V3 User manual

MSM 12
Mobile Rope Load Measurement
Manual
for sensors LSM 1, LSM 2 , LSM XL, LSM 2000
LSM Belt

Henning GmbH & Co. KG page 2 19/02/2019
Copyright
© Copyright 2018 by Henning GmbH & Co KG, Loher Str. 4, 58332 Schwelm
Warranty
This manual has been drawn up by Henning GmbH & Co. KG to the best of their knowledge. All
technical statements have been carefully established an checked. They correspond to the state of
the art. Subject to changes and errors.
Our application engineering advice –orallyas well as in writing –shall support your ownwork. Please
regard it as an indication without obligation, also with regard to possible third party industrial property
rights, and does not release you from your own obligation to carry out appropriate testing of the
products regarding their suitability for the intended application.
Product descriptions do notcontain statements about liabilityfor possible damages. However, should
the case occur, liability will be limited to the value of the goods supplied and utilized.
We are welcoming suggestions and comments!
Address
Henning GmbH & Co. KG
Loher Str. 4
58332 Schwelm
Deutschland
FON: 02336 / 9 29 8 –0
FAX: 02336 / 9 29 8 –100
eMail: [e-mail]
URL : http://www.henning-gmbh.de
Service-Hotline: 02336 / 9 29 8 - 232
Any kind of duplication, even in extracts, is not permitted without previous written consent
of Henning GmbH & Co. KG.
Subject to technical modifications!

Henning GmbH & Co. KG page 3 19/02/2019
Table of Contents
1 Safety and Shipping Instruction 4
2. Scope of Delivery 4
2.A. Optional Equipment 4
2.B. Optional Software 4
3. Control Elements 5
4. Technical Data 5
5. List of Available Sensors 6-7
6. Operating the Evaluation unit MSM12 8
6.A. Charging the Batteries 8
6.A.1 USB-Adapter 8
6.A.2 QI-Ladung 8
6.B. Starting the Device 9
6.C. Main Display 10-11
6.C.1 Sensor Information 12
6.D. Choosing Suspension Type 13
6.E. Saving Data 13
6.E.1 Save actual sensor results-snapshots 13
6.E.2 Continuous Measurements (optional) 14
6.E.3 Allocation of project-ID 15
6.F Configuration 16
6.F.1 Unit Info 17
6.G Rope Adjustment Wizard 17-18
6.H Special Functions 19
6.H.1 Continuous Measurements (optional) 19
6.H.2 Counterweight Compensation 19-20
6.H.3 SyncMaster 21
6.I Bluetooth Connection with PC 21-23
6.J Bluetooth Connection with Android Smartphone 24
7. Operating the Sensors 25
7.A. General Notes 25
7.A.1 Positioning of Sensors on the Rope 26-28
7.A.2 Positioning of Sensors depending on Suspension Type 29
7.A.3 Rope Adjustment 29
7.A.4 Friction / Determination of Weight 29
7.B Installation of Sensors LSM1 und LSM2 30-31
7.C Installation of Sensors LSM-XL 32-33
7.D Installation of Sensors LSM-BELT 34

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1 Safety and Shipping Instruction
The Evaluation units MSM12 V3 are equiped with lithium - ion batteries.
Safety Instructions
Lithium-ion batteries react violently when coming into contact with water
(fully charged ones in particular)
Do not store Li-Ion batteries near combustible material
Do not overcharge Li-Ion batteries
Do not short-circuit Li-Ion batteries
Li-Ion batteris are sensitive to mechanical damage. After internal short-circuiting and
contact with air they may be highly combustible (even 30 minutes after the actual short
circuiting).
Shipping Instructions
The batteries contained in the evaluation units MSM 12 comply with UN 3481, li-ion batter-
ies contained in equipment (UN-regulations governing the shipment of lithium batteries of
1st January 2009). Please observe special restrictions in connection with li-ion batteries,
especially regarding airfreight and / or request appropriate information from your logistics
partner before shipping.
2 Scope of Delivery
1x mobile evaluation unit MSM12
Version Basic, Extended or Premium
1x USB-connection cable
1x charger 230V
2.A Optional Equipment
Qi-Charger Order Code 455097
USB-Charger Order Code 455096
Protection Bag Order code 455099
2.B Optional Software
Curve Storage
Measures and stores the rope tensions / individual weights during the ride e.g. to allow sets
of ropes to be optimized later. Order Code 455155
Counterweight Compensation Measurement
Assistant allowing counterweight compensation to be simplified without the use of weights
or additional tools, storage and preparatopn of reports for future documentation.
Order Code 455160

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3 Control Elements Connections for rope load
sensors
4 Technical Data
Power is supplied by internal lithium-ion batteris with a capacity of 4,5 AH (Basic), 6,75 AH
(Premium) oder 9 AH (Extended).
Sensor Connections: 12
Bandwidth: 30 Hz
Sample frequency: 100 Hz
Connections: USB, BlueTooth (optional)
Protection Class: IP00 SKIII (SELV)
L x W x H (mm): 190 x 138 x 46
Weight: 650 g
Antenna socket (optional)
Bluetooth activity indicator
Charge indicator
QI-charge activity indicator
On / Off switch

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5 List of available Sensors
Mobile Rope Load Sensor LSM 1
(6 - 16 mm, ¼ inch –5/8inch)
For Rope Diameters 6 mm - 16 mm 1/4inch –5/8inch
Measuring Range 0 - 500 kg (± 2,5% FSR),
0-1100 lbs (± 2,5% FSR)
Maximum Load 1000 kg, 2200 lbs
Breaking Load 2000 kg, 4400 lbs
L x W x H (mm) 250 x 75 x 19
Length of
Connecting Cable 0,8 m, 31,5 inch
Temperature Range0 °C - 70 °C
Mobile Rope Load Sensor LSM 2
(4 - 10 mm) (3/16 inch –3/8 inch)
For Rope Diameters 4 mm - 10 mm (3/16 inch –3/8inch)
Measuring Range 0 - 300 kg (± 2,5% FSR),
0-660 lbs (± 2,5% FSR)
Maximum Load 600 kg, 1320 lbs
Breaking Load 1200 kg, 2640 lbs
L x W x H (mm) 178 x 58 x 16
Length of
Connecting Cable 0,8 m, 31,5 inch
Temperature Range 0 °C - 70 °C

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Mobile Rope Load Sensor LSM-XL (9,5 - 24 mm) (3/8inch –15/16 inch)
For Rope Diameters 9,5 mm –24 mm
(3/8inch –15/16 inch)
Measuring Range 200 - 2000 kg (± 2,5% FSR),
400-4500 lbs (± 2,5% FSR)
Maximum Load 4000 kg, 9000 lbs
Breaking Load 6000 kg, 13500 lbs
L x W x H (mm) 570 x 210 x 50
Length of Connecting Cable 1,5 m, 59 inch
Temperature Range 0 °C - 70 °C
Mobile Rope load Sensor LSM-Belt
For Belts 30 mm and 60 mm
Measuring Range 0 - 500 kg
(± 2,5% FSR),
0-1100 lbs (± 2,5% FSR)
Maximum Load 1000 kg, 2200 lbs
Breaking Load 2000 kg, 4400 lbs
L x W x H (mm) 230 x 120 x 82
Length of
Connecting Cable 0,8 m, 31,5 inch
Temperature Range 0 °C - 70 °C

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6 Operating the Evaluation unit MSM12
Generel Advice
Please protect the evaluation unit MSM12 against dust, moisture and impact. We recom-
mend the optional protection case made from padded cordura, incorporating a large trans-
parent window.
Protection Bag Order Code 455099
6.A Charging the Batteries
When switched on, the main screen shows the batterie’s current state of charge. Please
charge the batterie as soon as the battery status changes to red status. During charging,
the charge control changes to continuously red light.
Important notice: Please switch the unit off while charging, as otherwise most of the
energy will be used up for the operation of the unit.
6.A.1 USB-Adapter
For charging via USB-connection, please connect the MSM12 with the USB-cable to the
charging adapter and connect the adapter to the main power supply. Charging will take,
depending on the state of the batteries, between 9 and 18 hours.
6.A.2 Qi-Charging
For charging via Qi-interface, please connect the Qi-charger to the USB charging adapter.
Place the evaluation unit MSM12 onto the center of the charger, main screen facing away
from the charger. If positioned correctly, the charge control will change into active mode and
the Qi-charge indicatorwill be activated after ca. 2 seconds. Charging will take up to 9hours.

Henning GmbH & Co. KG page 9 19/02/2019
6.B Starting the Device
In order to switch on the MSM12 mobile rope load meter please press the on/off switch for
a minimum of 3 seconds. The display now shows the Weight Watcher logo as well as a
progress bar. After a short time the display switches over to the main display. The MSM12
is now ready for operation.
To switch off please press the on/off switch for minimum 3 seconds again. The device
switches off and the display lighting is extinguished. If the batteries are run-down, the
MSM12 switches off automatically.

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6.C Main Display
Below, the main display of the mobile rope load evaluation unit MSM12 is shown. The upper
two lines display the status bar indicating the individual weight of each rope under the cor-
responding measuring chanel number.
Below, in the centre, the total weight resulting from the individual weights as well as the
maximum individual load, minimum individual load and the maximum deviation and the cor-
responding measuring channel numbers are indicated. At the right side four menu keys are
to be found which will be described in detail later. In the lower left-hand corner the charge
status of the batteries is displayed. On the upper left below the status bar the selected sus-
pension ratio is shown.
The individual sensor displayshows the measured load of each connected rope load sensor.
Please note: The load in the status bar on top will not be calculated on the basis of
the selected suspension ratio.
Selected Suspention ratio
Sensor value 1 to 12 / Status Bar
Total weight
Max. single load
Min. single load
Max. deviation
Current state of
battery charge
Date / Time
Menu keys
!

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If a connected sensor is defective, ERR will be displayed. The yellow warning-
triangle will show up, as soon as the calibration of the corresponding sensor has
expired.
A touch on one of the sensor-keys in the status bar will open a separate window showing
the data of the corresponding sensor (see also 6.C.1 “sensor-information”).
The suspension ratio of the elevator can be selected manualy by the user. The displayed
total weight is calculated by this factor. The individual weight displayed per sensor remains
unaffected (see also 6.D “Choosing Suspension Type”).
The total weight is the sum of all individual rope loads measured, converted according to
the suspension ratio (if applicable). The output can be selected in different weight units
such as kilogram, tons, Newton, English pounds, short tons or long tons.
The maximum individual rope load shows the actual load and the measuring channel num-
ber of the sensor which is loaded with the highest weight in the rope set. The minimum
individual rope load display shows the corresponding information for the rope with the lowest
load.
The maximum deviation shows the deviation (absolute as well as percentage) of the rope
with the greatest deviation from the average calculated from all ropes. The example in figure
shows a total weight of 1,529 kg distributed among nine ropes. This means that under ideal
conditions each rope should carry 177 kg. However, the rope at measuring channel 3 carries
245 kg, i. e. 68 kg (absolute) or 39 % more load(rounding errors possible).
The calibration warning will be displayed, if the last calibration of the evaluation unit
has been one year ago (or longer).
Save
Tensoning
Configuration

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6.C.1 Sensor Information
For the WeightWatcher mobile system four sensor types for different rope diameters are
available:
- LSM1 diameter 6 mm –16 mm (1/4inch –5/8inch)
- LSM2 diameter 4 mm –10 mm (3/16 inch –3/8inch)
- LSM-XL diameter 9,5 mm –24 mm (3/8inch –15/16 inch)
- LSM-BELT for belts 30 mm and 60 mm
Sensor type:
LSM 1
Serial no.:
00623459
Last calibration:
15.04.2012
Last Calibration was
more than 365
days ago!

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6.D Choosing Suspension Type
In this menu section one can enter the suspension ratio of the elevator at which you want to
carry out measurements. The ratio is displayed on the main display; however, it is not per-
manently stored in the evaluation unit. After a restart the evaluation unit will automatically
be displaying a suspension of 1 : 1.
By means of the suspension ratio the displayed total weight is calculated. The suspension
ratio has no influence on the individual rope loads.
6.E Saving Data
By touching the key „save“, a selection menu opens, in which one can choose between the
options “save current weight distribution” and “measurement of load curve”, if you have pur-
chased the optional software “curve storage”. If not, the unit switches automatically to the
allocation of the project-ID (see also 6.E.3).
6.E.1 Save actual sensor result-snapshot
As soon as this key is activated, the data of all connected rope load sensors is evaluated;
the sensor- and load-data is being saved in the evaluation unit. One can allocate a project-
ID at this point (see also 6.E.3). Reports can be issued via the PC-software.
Cancel
Save actual sensor result-
snapshot
Sample load data
continously

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6.E.2 Continuous Measurements (optional)
As soon as this key is activated, the data of all connected rope load sensors is evaluated
continuously until the measurement is terminated by pressing the key “save”.
Important Notice: during the measurement no sensors may be removed oder added!
The data is being saved in the evaluation unit via “allocation of project-ID” and reports can
be issued with the PC-software.

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6.E.3 Allocation of Project-ID
The project-ID may consist of up to 16 characters which can be chosen randomly. They help
to identify the project and will be printed on each report created from this particular data.
Save
Cancel
Measurement is running…
Cancel
Save
1 2 3 4 5 6 7 8 9 0 ß
Q W E R T Z U I O P Ü +
A S D F G H J K L Ö Ä #
< Y X C V B N M , . -
ID

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6.F Configuration
The menu „configuration“ is for selecting language, date, time, display settings as well as
tollerances. The latter refers to the tolerance which is valid during rope adjustment. A value
of 5% means, that each rope may vary only by 5% from the theoretical ideal value.
The settings are saved as soon as the key “save” is pressed. If a new language has been
chosen, the unit will reboot automatically. Please see the following chapter for a definition
of the key “Unit Info”.
language
date
time
tensoning tolerance
unit
Cancel
Unit-Info
Save
English
2014
05
06
13
10
5

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6.F.1 Unit Info
This function shows the user alongside general information like serial number and date the
hard- and software installed on this particular unit as well as the date of the last calibration.
The options “Synchronisation Module” and “Sync-Master” will be available from the year
2015.
6.G Rope Adjustment Wizard
The rope load wizard will assist you with the uniform adjustment of the ropes. For this pur-
pose the wizard uses the current rope loads as the actual state and calculates a new setpoint
load for each rope. The changed load distribution in the ropes is already taken into consid-
eration when readjusting one of the ropes. Due to a special algorithm it will be possible that
all ropes bear the same load after only one adjustment run. Also, during each adjustment
process the wizard determines a reference rope which does not have to be adjusted (rope
4 in the illustration). The rope load wizard will only be activated when two or more sensors
are connected.
Hardware options:
Internal memory 8 GB
Battery charge 4,5 Ah
Bluetooth
QI-charging
Sync-master
Software options:
Curve storage during the ride
Counterweight compensation measurement
Sync-master

Serial no.:
00623459
Last calibration:
15.04.2012
Last Calibration was
more than 365
days ago!


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Your goal is to adjust the ropes in such a way, that all bars change their colour from red to
green and settle within the two thin horizontal lines, which define the tolerance, which you
have set in the menu “configuration”. Bars above of the central line represent tense ropes
whereas bars below the centre line represent loose ropes.
As soon as you leave the wizzard by pressing the „save“ key, the data is stored in the unit
and you will be able to allocate a project-ID (see also 6.E.3). Data can be processed utilizing
the PC-software and reports can be issued.
Save
Save
Cancel
Cancel
Save
Cancel

Henning GmbH & Co. KG page 19 19/02/2019
6.H Special Functions
In this part of the menu you will find the software-options available in this particular evalua-
tion-unit.
6.H.1 Continuous Measurements (optional)
Please see chapter 6.E.2
6.H.2 Counterweight Compensation (optional)
This software option allows one to determine the counterweight compensation fast and com-
fortable.

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The evaluation unit must be fed the payload of the installation. Please enter it by utilizing
the topmost key. A dialogue box will open; please enter the value and save by pressing the
“disk-key”.
Afterwards, please install the rope load sensors onto the ropes above the car and press the
middle key to determine the weight of the car. Please proceed in the same way with deter-
mining the counterweight.
As soon as the unit has been fed all values, the current counterweight compensation will be
shown as a percentage. This factor has been calculated according to the following formula:
[Compensation-Factor] = ([Counterweight] –[Car Weight]) / [Rated load]
As soon as you leave the dialogue by pressing the key “save”, you can allocate an additional
measurement-ID permanently in the unit and issue reports via the PC-software.
Save
Cancel
Rated load
Cabin weight
Counterweight
Compensation factor