Dametric BRM-DM1 User manual

Dametric AB BRM-DM1/2 User manual
BRM-DM12 UM EN.docx Feb. 18, 2020 Page 1 of 10
BRM-DM1
BRM-DM2
GMS Basic Refiner Module
USER MANUAL
dametric

Dametric AB BRM-DM1/2 User manual
BRM-DM12 UM EN.docx Feb. 18, 2020 Page 2 of 10
1DOCUMENTREVISION.......................................................................................................................................2
2ARTICLENUMBERSKC/VALMET.......................................................................................................................2
3INSTALLATIONMANUALANDTECHNICALSPECIFICATION..................................................................................2
4HANDLING.........................................................................................................................................................3
4.1PANELINDICATORS.......................................................................................................................................................3
4.2CONFIGURATION..........................................................................................................................................................3
4.2.1ConfigurationwiththePanel‐PC...................................................................................................................3
4.2.2Configurationwiththebuilt‐indisplayandbuttons......................................................................................3
4.2.3MenustructureBRM‐DM1............................................................................................................................4
4.2.4Menu‐structureBRM‐DM2............................................................................................................................5
5PARAMETERDESCRIPTION................................................................................................................................6
5.1GMS/BRM‐DM1/2...................................................................................................................................................6
5.2CAN‐ETH.‐CONV........................................................................................................................................................6
5.3ROTORPOSITION..........................................................................................................................................................6
5.4REF.VIBRATION...........................................................................................................................................................6
5.5TOUCHVIBRATION........................................................................................................................................................6
5.6CONTROLMOTOR.........................................................................................................................................................7
5.7HYDR.PRESSURE.A.......................................................................................................................................................7
5.8HYDR.PRESSURE.B.......................................................................................................................................................7
5.9TEMPFR.BEARING.......................................................................................................................................................7
5.10TEMPTOBEARING...................................................................................................................................................7
5.11MAINMOTORPOWER..............................................................................................................................................7
5.12ANALOGINPUT.......................................................................................................................................................8
5.13FEEDGUARDFUNC...................................................................................................................................................8
5.14ROTORMOVECTRL.................................................................................................................................................8
5.15ROTORMOVEADJ..................................................................................................................................................8
5.16GAPCONTROLROT.................................................................................................................................................9
5.17GAPCONTROLSTA..................................................................................................................................................9
5.18GAPGUARD...........................................................................................................................................................9
5.19DIGITALIN/OUT......................................................................................................................................................9
5.20AGSINTERFACE......................................................................................................................................................9
5.21SAFESETMONITOR................................................................................................................................................10
5.22ANALOGOUTMOD...............................................................................................................................................10
6CONTACT.........................................................................................................................................................10
1 Document revision
Feb. 1, 2018/BL First release.
Aug. 7, 2018/BL Updated for the SSM-function.
Oct. 1, 2018/BL BRM-DM2 added.
Jan. 8, 2020/BL Revised the menu structure for BRM-DM1 and BRM-DM2. Program version 1.25. Added
descriptions of the parameters.
Feb. 18, 2020/BL Revised connection description.
2 Article number SKC / Valmet
Unit SKC Valmet
BRM-DM1 SKC2594365 VAL0399295
BRM-DM2 SKC2601904 VAL0405083.
3 Installation manual and technical specification
See document ”BRM-DM12 IM EN YYMMDD.pdf” regarding the installation.
See document ”BRM-DM12 TS EN YYMMDD.pdf” regarding the technical specification.

Dametric AB BRM-DM1/2 User manual
BRM-DM12 UM EN.docx Feb. 18, 2020 Page 3 of 10
4 Handling
4.1 Panel indicators
The LED indicators have the following meaning:
Name
F
unction o
ff
f
lashes on
ON Power suppl
y
N
o power suppl
y
- Power suppl
y
OK
Alar
m
Alarm indication
N
o alarm activated An alarm detected A sum alarm detected
Limi
t
Alarm limi
t
N
o limit deactivate
d
- A limit is deactivate
d
Etherne
t
Etherne
t
N
ot activate
d
Activated with traffic Activated with no traffic
CAN CAN
N
ot activate
d
Activated with traffic Activated with no traffic
USB USB
N
ot activate
d
Activated with traffic Activated with no traffic
4.2 Configuration
Several parameters are used to give the user the desired operation. Most parameters must be configured
depending of refiner and process.
The user can either use the display and buttons on the unit or use the external GMS Panel-PC. The Panel-PC
gives the user more information and descriptions of the parameters during edit.
A parameter list is used to document the settings of the unit. Be sure to keep this up to date in case the module
must be replaced.
4.2.1 Configuration with the Panel-PC
Check the manual for the Panel-PC for the parameters in use.
4.2.2 Configuration with the built-in display and buttons
To select the function – press MENU first and scroll with PREV and NEXT until the chosen function is
shown. The basic information of the function is displayed, and this can be a parameter value or a measured
value.
Press PLUS to select one of the parameters associated with the selected function. Use PLUS and MINUS to
scroll among the parameters.
Use MENU if you select to go back to the function level.
Press MENU for more than 1 second to return to the basic display indication.
Use of the buttons:
For the base level:
MENU (short) Returns to the base level of the chosen function.
MENU (>1s) Returns to the basic display indication.
NEXT Step to the next function.
PREV Step to the previous function.
PLUS Starts the parameter-level for the chosen function or steps to the next level.
PREV Step to the previous parameter level.
ENT No function.
For the parameter-level:
MENU (short) Returns to the base level of the chosen function.
MENU (>1s) Returns to the basic display indication.
NEXT Step to the next digit during edit.
PREV Step to the previous digit during edit.
PLUS Increase the digit one step.
MINUS Decrease the digit one step.
ENT (short) Toggle between select mode (sel.) and edit mode (edit) for the chosen parameter.
ENT (>1s) Saves the parameter to the EERPOM-memory.
The list below shows the functions and parameters.
Use buttons NEXT and PREV to step between the functions (bold text).
Then select a parameter for the chosen function with the PLUS and MINUS buttons.

Dametric AB BRM-DM1/2 User manual
BRM-DM12 UM EN.docx Feb. 18, 2020 Page 4 of 10
4.2.3 Menu structure BRM-DM1
Function 1-4
POM Work mode
BRM Date POM Span calibr. TVD Pro.ad
j
.sen.
BRM Test func. POM Zero calibr. TVD Al.lim.4 L
g
1
BRM DCS clock POM
A
l.Lim. 3L TVD Al.lim.3 L
g
2
BRM HW. Rev.no. POM Al.Lim. 2H TVD Al.lim.2 H
g
1
BRM Serial no. POM Al.Lim. 1HH TVD Al.lim.1 H
g
2
BRM Ind.bus t
y
pe POM Ratio VIM Al.Lim. 2H TVD Sens. Prod.
BRM Can Node no. POM Direction VIM Al.Lim. 1HH TVD Sens. Idle
BRM GMS S
y
stem POM Off/On/On+Al VIM Off/On/On+Al TVD Off/On/On+Al
GMS/BRM-DM1 Rotor position Ref. vibration Touch vibration
Function 5-8
CMD Run curren
t
CMD Min hold cu.
CMD Hold curr.
CMD Drive curr. HPA Span calibr. HPB Span calibr.
CMD Direction HPA Zero calibr. HPB Zero calibr. OT1 Span calibr.
CMD Hi
g
h speed HPA Ran
g
e HPB Ran
g
e OT2 Zero calibr.
CMD Low speed HPA Al.lim.2 H HPB Al.lim. 2H OT1 Al.lim. 2H
CMD Screw pitch HPA Al.lim.1 HH HPB Al.lim. 1HH OT1 Al.lim. 1HH
CMD Off/On/On+Al HPA Off/On/On+Al HPB Off/On/On+Al OT1 Off/On/On+Al
Control moto
r
H
y
dr.pressure. A H
y
dr. pressure B Temp fr. bearin
g
Function 9-12
MPM Span calibr.
MPM Zero calibr. FG Chk. max pos.
MPM T
y
pe
A
IN Span calibr. FG CMD speed
MPM Ran
g
e
A
IN Zero calibr. FG Pist. dela
y
OT2 Span calibr. MPM Al.lim. filt.
A
IN Ran
g
eFG Timeout
OT2 Zero calibr. MPM Al.lim. float
A
IN T
y
pe FG Safe dist.
OT2 Al.lim. 2H MPM Al.lim. 2L
A
IN Al.lim.2 H FG Pist.len
g
th
OT2 Al.lim. 1HH MPM Al.lim. 1LL
A
IN
A
l.lim.1 HH FG T
y
pe
OT2 Off/On/On+Al MPM Off/On/On+Al
A
IN Off/On/On+Al FG Resul
t
Temp to bearin
g
Main motor powe
r
A
nalo
g
input FeedGuard func.
Function 13-16
RMC Max prod.pos
A
OM Mod2 Chan4
RMC Min prod.pos RMA Status
A
OM Mod2 Chan3
RMC Time limit RMA Wear offset
A
OM Mod2 Chan2
RMC Power limit RMA Wear settin
g
A
OM Mod2 Chan1
RMC Set Prod.pos RMA Touchp. pos.
A
OM Mod1 Chan4
RMC Start offse
t
RMA Touchp. time DIO Out Confi
g
.
A
OM Mod1 Chan3
RMC Prod. pos. RMA Touchp.level DIO In Confi
g
.
A
OM Mod1 Chan2
RMC Function RMA Touchp.func. DIO Out Status
A
OM Mod1 Chan1
Rotor Move Ctrl. Rotor Move Ad
j
.Di
g
ital in/out
A
nalo
g
Out Mod.

Dametric AB BRM-DM1/2 User manual
BRM-DM12 UM EN.docx Feb. 18, 2020 Page 5 of 10
4.2.4 Menu-structure BRM-DM2
Function 1-4
POM Work mode
POM Span calibr.
BRM Test func. POM Zero calibr.
BRM DCS clock POM Al.Lim. 3L
BRM HW. Rev.no. POM Al.Lim. 2H VIM Span calibr.
BRM Serial no. POM Al.Lim. 1HH VIM Zero calibr.
BRM Ind.bus t
y
pe CEC IP Mask POM Ratio VIM Al.Lim. 2H
BRM Can Node no. CEC IP Address POM Direction VIM
A
l.Lim. 1HH
BRM GMS S
y
stem CEC Off/ON/On-
A
l POM Off/On/On+Al VIM Off/On/On+Al
GMS/BRM-DM1 CAN-Eth.-Conv. Rotor position Ref. vibration
Function 5-8
CMD Run curren
t
CMD Status
TVD Span calibr. CMD Hold curr.
TVD Zero calibr. CMD Drive curr. HPA Span calibr. HPB Span calibr.
TVD Al.lim.4 L
g
1 CMD Direction HPA Zero calibr. HPB Zero calibr.
TVD Al.lim.3 L
g
2 CMD Hi
g
h speed HPA Ran
g
e HPB Ran
g
e
TVD Al.lim.2 H
g
1 CMD Low speed HPA Al.lim.2 H HPB Al.lim. 2H
TVD Al.lim.1 H
g
2 CMD Screw pitch HPA Al.lim.1 HH HPB Al.lim. 1HH
TVD Off/On/On+Al CMD Off/On/On+Al HPA Off/On/On+Al HPB Off/On/On+Al
Touch vibration Control moto
r
H
y
dr.pressure. A H
y
dr. pressure B
Function 9-12
MPM Span calibr.
MPM Zero calibr.
MPM T
y
pe
A
IN Span calibr.
MPM Ran
g
e
A
IN Zero calibr.
OT1 Span calibr. OT2 Span calibr. MPM Al.lim. filt.
A
IN Ran
g
e
OT2 Zero calibr. OT2 Zero calibr. MPM Al.lim. float
A
IN T
y
pe
OT1 Al.lim. 2H OT2 Al.lim. 2H MPM Al.lim. 2L
A
IN Al.lim.2 H
OT1 Al.lim. 1HH OT2
A
l.lim. 1HH MPM Al.lim. 1LL
A
IN Al.lim.1 HH
OT1 Off/On/On+Al OT2 Off/On/On+Al MPM Off/On/On+Al
A
IN Off/On/On+Al
Temp fr. bearin
g
Temp to bearin
g
Main motor powe
r
A
nalo
g
input
Function 13-16
GCR Controlspeed
GCR Und.al.limit
FG Chk. max pos. GCR Ov.al.speed
FG Pist. dela
y
GCR Ov.al.limit GCR Und.al.limit
FG Timeout GCR Filter GCR Ov.al.speed
FG Safe dist. GCR Gain GCR Ov.al.limit GGD Gain stator
FG Pist.len
g
th GCR Deadband GCR Filter GGD Limit stator.
FG T
y
pe GCR Interval GCR Gain GGD Gain rotor.
FG Resul
t
GCR Work mode GCR Deadband GGD Limit rotor
FeedGuard func. Gap Control Rot. Gap Control Sta. Gap Guard
Function 17-20
A
OM Mod2 Chan4
A
OM Mod2 Chan3
A
OM Mod2 Chan2
SSM Index/rev.
A
OM Mod2 Chan1
SSM Diff.pulse
A
OM Mod1 Chan4
DIO Out Confi
g
. SSM Rotor speed.
A
OM Mod1 Chan3
DIO In Confi
g
. SSM Pulses
A
OM Mod1 Chan2
DIO Out Status
A
GS Off/TDC/AGS SSM Off/On/On+Al
A
OM Mod1 Chan1
Di
g
ital in/out AGS Interface Safeset Monito
r
A
nalo
g
Out Mod.

Dametric AB BRM-DM1/2 User manual
BRM-DM12 UM EN.docx Feb. 18, 2020 Page 6 of 10
5 Parameter description
5.1 GMS/BRM-DM1/2
BRM GMS System GMS measure system: 1:GMS-V1T01, 2:GMS-V1A01, 3:GMS-V1A02, 4:GMS-
V2A01, 5:GMS-V2T01, 6:GMS-V1X01, 7:GMS-V1X02.
BRM Can Node no. Node number, normal 1, use 2 for flats side in a CD-refiner. (GMS-V2A01 and
GMS-V2T01).
BRM Ind.bus type 0=no bus, 1= Profinet, 2=Profibus, 3=Ethernet IP.
BRM Serial no. The unit serial number.
BRM HW. Rev.no. Actual hardware revision.
BRM DCS clock Synch value from DCS/PLC over the industrial bus. 0 means no contact, 1-255 is a
value that increases continuously.
BRM Test func. Test function (not used).
BRM Date Date and time.
5.2 CAN-Eth.-Conv.
The function is only valid and shown in a BRM-DM2.
CEC Off/ON/On-Al Off=disconnected, On=connected, On+Alarm=connected to the sum alarm function.
CEC IP Address IP-address
CEC IP Mask IP-mask.
5.3 Rotor position
POM Off/On/On+Al Off=disconnected, On=connected, On+Alarm=connected to the sum alarm function.
POM Direction Direction, set to 0 or 1 depending of the type and thread of the control rod.
POM Ratio Ratio, set 1.00 for a flat refiner and like 0.20 for a conical.
POM Al.Lim. 1HH Alarm limit 1, high-high.
POM Al.Lim. 2H Alarm limit 2, high.
POM Al.Lim. 3L Alarm limit 1, low.
POM Zero calibr. Zero calibration, see the calibration manual for actual measure system.
POM Span calibr. Span calibration, see the calibration manual for actual measure system.
POM Work mode Shows alternately distance, and speed for the latest rotor travel.
5.4 Ref. vibration
VIM Off/On/On+Al Off=disconnected, On=connected, On+Alarm=connected to the sum alarm function.
VIM Al.Lim. 1HH Alarm limit 1, high-high.
VIM Al.Lim. 2H Alarm limit 2, high.
5.5 Touch vibration
TVD Off/On/On+Al Off=disconnected, On=connected, On+Alarm=connected to the sum alarm function.
TVD Sens. Idle Sensitivity at idle.
TVD Sens. Prod. Sensitivity at production.
TVD Al.lim.1 Hg2 Alarm limit 1, idle, high-high.
TVD Al.lim.2 Hg1 Alarm limit 2, idle, high.
TVD Al.lim.3 Lg2 Alarm limit 3, production, high-high.
TVD Al.lim.4 Lg1 Alarm limit 4, production, high.
TVD Pro.adj.sen. Adjusted sensitivity at production. The value can also be controlled from an external
source, like an industrial bus.

Dametric AB BRM-DM1/2 User manual
BRM-DM12 UM EN.docx Feb. 18, 2020 Page 7 of 10
5.6 Control motor
CMD Off/On/On+Al Off=disconnected, On=connected, On+Alarm=connected to the sum alarm function.
CMD Screw pitch Thread, set thread pitch in mm for the control rod (mm).
CMD Low speed Rotor travel speed at low speed (mm/s).
CMD High speed Rotor travel speed at high speed (mm/s)
CMD Direction Direction, set 0 or 1.
CMD Drive curr. Drive current (A).
CMD Hold curr. Hold current (A).
CMD Min hold cu. Min limit for the current consumption in hold mode (A).
CMD Run current Actual current consumption (A).
5.7 Hydr.pressure. A
The parameters are valid for the hydraulic pressure measurement for control apart.
HPA Off/On/On+Al Off=disconnected, On=connected, On+Alarm=connected to the sum alarm function.
HPA Al.lim.1 HH Alarm limit 1, high-high (ton).
HPA Al.lim.2 H Alarm limit 2, high (ton).
HPA Range Range (ton).
HPA Zero calibr. Zero calibration, se calibration manual for actual measure system.
HPA Span calibr. Span calibration, se calibration manual for actual measure system.
5.8 Hydr.pressure. B
The parameters are valid for the hydraulic pressure measurement for control together.
Same as above but ”HPA” is replaced by ”HPB”.
5.9 Temp fr. Bearing
The parameters are valid for the temperature measurement on the oil from the bearing.
OT1 Off/On/On+Al Off=disconnected, On=connected, On+Alarm=connected to the sum alarm function.
OT1 Al.lim. 1HH Alarm limit 1, high-high (ºC).
OT1 Al.lim. 2H Alarm limit 2, high (ºC).
OT1 Zero calibr. Zero calibration, se calibration manual for actual measure system.
OT1 Span calibr. Span calibration, se calibration manual for actual measure system.
5.10 Temp to Bearing
The parameters are valid for the temperature measurement on the oil to the bearing.
Same as above but ”OT1” is replaced by ”OT2”.
5.11 Main motor power
MPM Off/On/On+Al Off=disconnected, On=connected, On+Alarm=connected to the sum alarm function.
MPM Al.lim. 1LL Alarm limit 1, low-low (MW).
MPM Al.lim. 2L Alarm limit 2, low (MW).
MPM Al.lim. float Alarm limit, floating, level (MW).
MPM Al.lim. filt. Alarm limit, floating, filter time (s).
MPM Range Range (MW).
MPM Type Type, set 1.
MPM Zero calibr. Zero calibration, se calibration manual for actual measure system.
MPM Span calibr. Span calibration, se calibration manual for actual measure system.

Dametric AB BRM-DM1/2 User manual
BRM-DM12 UM EN.docx Feb. 18, 2020 Page 8 of 10
5.12 Analog input
The function is used for current signal, 4-20mA, for future definition.
AIN Off/On/On+Al Off=disconnected, On=connected, On+Alarm=connected to the sum alarm function
AIN Al.lim.1 HH Alarm limit 1, high-high.
AIN Al.lim.2 H Alarm limit 2, high.
AIN Type Measure function. Set 0.
AIN Range Range.
AIN Zero calibr. Zero calibration, se calibration manual for actual measure system.
AIN Span calibr. Span calibration, se calibration manual for actual measure system.
5.13 FeedGuard func.
FG Result Rotor travel distance at the latest FeedGuard release.
FG Type Type, 0 = disconnect, 1 = connected and PLC controls rotor, 2 = connected and
BRM controls the rotor, 3 – not used.
FG Pist.length Ventil-length (mm).
FG Safe dist. Safe distance (mm).
FG Timeout Time, the amount of time before the evaluation is done (s).
FG Pist. Delay Delay time for the piston (s).
FG CMD speed Rotor travel speed(mm/s).
FG Chk. max pos. Maximum control limit. No check is done at a POM-value above this limit.
5.14 Rotor Move Ctrl.
The function is only valid and shown in a BRM-DM1.
RMC Function Function, “Off” = disconnected. “Static op.” = static mode, the production position
is not changed in operation. ”Dynamic op.” = dynamic mode, the production
position is decreased automatic in operation when the gap is lowered (and enough
motor power under a minimum of time).
RMC Prod. pos. Actual production position (mm).
RMC Start offset Offset between the start position and the production position (mm).
RMC Set Prod.pos Set a permanent production position. Set to a desired production position in static
mode or to 0.00 in dynamic mode (mm).
RMC Power limit Minimum power to be able to decrease the production position in dynamic mode
(MW).
RMC Time limit Minimum time to be able to decrease the production position in dynamic mode
(min)
RMC Min prod.pos Minimum allowed production position (mm).
RMC Max prod.pos Maximal allowed production position (mm).
5.15 Rotor Move Adj.
The function is only valid and shown in a BRM-DM1.
RMA Touchp.func. Function. “Static” = static calibration med standstill refiner.
”Manual ” = manual calibration med rotating discs and the operator maneuvers the
plates completely. ”Automatic” = automatic calibration with rotating discs and the
operator maneuvers the plates to the touch point and BRM then maneuvers the plates
apart. ”PLC ctrl.” = The function is controlled by the DCS/PLC via the industrial
bus.
RMA Touchp.level Minimum touch value (TVD) to determine the contact position (%).
RMA Touchp. Time Minimum time as the TVD value has be over the limit to detect the contact position
(s).
RMA Touchp. pos. Contact position (mm)
RMA Wear setting Setting for measurement of the plate wear. 0 = disconnected, 1 = automatic
measurement, 2 = reset measurement relative the actual rotor position. Note - after a
reset (2), the previous value is restored.
RMA Wear offset Rotor position value for the measurement of the plate wear (mm).
RMA Status Status value for RMC/RMA-the function (described in a separate document).

Dametric AB BRM-DM1/2 User manual
BRM-DM12 UM EN.docx Feb. 18, 2020 Page 9 of 10
5.16 Gap Control Rot.
The function is only valid and shown in a BRM-DM2.
GCR Work mode Work mode, 0 = disconnected, 1 = for Valmet single disc, 2 = for Valmet CD-
refiner.
GCR Interval Interval between each gap control (s).
GCR Deadband Value for dead-band, plus and minus relative the set limit.
GCR Gain Span (%).
GCR Filter Filter time (s). Maximized to half of the set interval.
GCR Ov.al.limit Over alarm limit (mm). Over alarm checks the balance of gap controls together and
apart. In case of unbalance and the together movement is considerably higher than
apart movement, an alarm occurs to prevent a segment clash. The parameter sets the
limit of this unbalance distance.
GCR Ov.al.speed Count down speed for over alarm (mm/min).
GCR Und.al.limit Under alarm limit. Under alarm means that the dead band is not passed or reached in
a set number of gap controls. This means that the rotor travel does not match the step
motor activations due to an error.
GCR Controlspeed Rotor movement speed (mm/s). Set normally to 0.05 for a Valmet SD-refiner. For a
CD-refiner the parameter must match movement speed of the stator, typically 0.03
mm/s.
5.17 Gap Control Sta.
The function is only valid and shown in a BRM-DM2. These parameters are not used in a Valmet SD-refiner.
GCS Deadband Value for dead-band, plus and minus relative the set limit.
GCS Gain Span (%).
GCS Filter Filter time (s). Maximized to half of the set interval.
GCS Ov.al.limit Same as the GCR Ov.al.limit above.
GCS Ov.al.speed Same as the GCR Ov.al.speed above.
GCS Und.al.limit Same as the GCR Und.al.limit above.
5.18 Gap Guard
The function is only valid and shown in a BRM-DM2.
GGD Limit rotor The limit is the allowed gap value below the set point before a GapGuard is released.
GGD Gain rotor. Sets the gain of the GapGuard movement. The movement can be over-compensated
(> 100%) or under compensated (<100%).
GGD Limit stator. As GGD Limit rotor but for the stator in a CD-refiner.
GGD Gain stator As GGD Gain rotor but for the stator in a CD-refiner.
5.19 Digital in/out
DIO Input= Status for the digital inputs, hexadecimal indication: 01 = input 1 active, 02 = input 2
active, 03 = input 1 and 2 active, and so on, 80 = input 8 active.
DIO Out Status Status for digital outputs, hexadecimal indication: 01 = output 1 active, 02 = output 2
active, 03 = output 1 and 2 active, and so on, 80 = output 8 active.
DIO In Config. Set configuration for the digital inputs.
DIO Out Config. Set configuration for the digital outputs.
5.20 AGS Interface
The function is only valid and shown in a BRM-DM2.
AGS Off/TDC/AGS 0 = no gap sensor, 1 = TDC-sensor, 2 = AGS-sensor.

Dametric AB BRM-DM1/2 User manual
BRM-DM12 UM EN.docx Feb. 18, 2020 Page 10 of 10
5.21 Safeset Monitor
The function is only valid and shown in a BRM-DM2.
SSM Off/On/On+Al Off=disconnected, On=connected, On+Alarm=connected to the sum alarm function.
SSM Pulses Number of allowed fault pulses.
SSM Rotor speed. Measured rotor speed in rpm.
SSM Diff.pulse Number of measured fault pulses.
SSM Index/rev. Number of measure indexes per turn.
5.22 Analog Out Mod.
AOM Mod1 Chan1 Set measure function for channel 1 on AOM-module nr 1.
AOM Mod1 Chan2 Set measure function for channel 2 on AOM-module nr 1.
AOM Mod1 Chan3 Set measure function for channel 3 on AOM-module nr 1.
AOM Mod1 Chan4 Set measure function for channel 4 on AOM-module nr 1.
AOM Mod2 Chan1 Set measure function for channel 1 on AOM-module nr 2.
AOM Mod2 Chan2 Set measure function for channel 2 on AOM-module nr 2.
AOM Mod2 Chan3 Set measure function for channel 3 on AOM-module nr 2.
AOM Mod2 Chan4 Set measure function for channel 4 on AOM-module nr 2.
6 Contact
Sales, development, production and service:
Dametric AB
Jägerhorns Väg 19, 141 75 Kungens Kurva, Sweden
Phone: [phone]
e-mail: [email protected] Web site: www.dametric.se
dametric