GB MT11 load sensor User`s manual
Contents
1. used for device calibration To make the calibration you must put at least 10 of Full load into the cabin and then input the same known weight in to LOAD The third option is COMP 6 and is used for compensating false reading when cabin is empty for 15 min and the device reads 10 of Full Load parameter To save changed parameters return to weight screen If you don t leave menu device will after 30s automatically return to weight screen and after 60s display will go off Buttons P button is used for confirming input E button is used for escape UP button is used for moving up in menu or increasing values DOWN button is used for moving down in menu or decreasing values ODOC UP DOWN Figure 3 MT11 display buttons 6 Programming 1 Start the programming procedure with setting the rino nci Full load because with this parameter you set the maximum weight for the cabin without it you can t make the calibration Set the empty lift in to the middle of the shaft and make zero point with TARE 4 parameter Load cabin with a known weight and input that weight in to parameter LOAD 5 Pres button P to start the calibration When the calibration was successful you will be prompted to parameter CALIBRATION If you want to use calibration the weight device will compensate every weight if different of 0 if the lift was Stationary for 15min SEC Electronics MT11 MT11_V2 0 p2. Osec electronics GB MT11 load sensor User s manual Ba 49 a 6253 Kne ak SLOVENIA tel 386 1 365 80 30 fax 386 1 365 80 39 email info sec si WwWW SEC SI GB 1 Features e 4 seven segment displays e 4 buttons for parameter setting e 3 output relays with programmable NC NO contact e Compensation capability 2 Technical specifications e PCB 100mm x 7Omm e Mounting 4 screw mount holes with 3mm diameter 62mm horizontal Spacing 93mm vertical spacing Supply voltage 24 VDC 15 Supply current 100 mA Maximum voltage connected to output relay 120 VAC or 24 VDC Maximum current connected to output relay 1A Ambient temperature max 45 C IP protection IPOO aaa UL ca 13 KS v mE Ep pies 11 Q ver 40 S GND Fal 102mm 96mm ww 96 UI ZOL N BAD OWT ae o Nori pom rom a ibd 4 3 6 7 Hd 9 ed pooooolo o ONION LA 64 mm X 2 g lt Z 8 oO o o O a gt gt O imi Figure 1 MI11 front view with dimensions SEC Electronics MT11 MT11_V2 0 page 2 GB K1 3 way 5 08 mm terminal block 24 V DC power supply K2 4 way 5 08 mm terminal block measuring sensor input K4 6 way 5 08 mm terminal block relay output LED1 green LED ON when power supply is OK LED2 red LED ON when A D is not working BLINK when making zero point or calibration setting e LED3 green LED ON when normal operation Disp LED 3 Disp LED 2 Di
3. Use 4 supplied bolts with 4 nuts and flat washers el jaka i Ca ce O ei PI s CO ef ei as Example of sensor mounting to different upper beam type Sosy SIL P ai a ma im j H Typical installation on the cabin construction 5 2 Mounting to ropes Load sensor can be mounted with an additional bracket directly to ropes where the rope tension is measured With 1 1 attachments the load sensor is mounted above the car rope clamps In this case the MT11 device is in the car electrical cabinet With n 1 attachments the load device is mounted at the fixed point of the ropes and the MT11 device is in the controller NOTE Check sensor connection terminal K2 for mounting on ropes SEC Electronics MT11 MT11_V2 0 page 8 GB The bracket for rope mounting consists of these elements 1 integrated sensor T 1 deformation bar 2 5 2 bolt M16 x 100 5 4 nut M16 4 i 2 spacer 5 a 16 washers The spacers 5 are the proper O length for only one type of support cable diameter and according to the diameter you will add washers a in between the spacer and deformation bar 2 The number of washers is listed in the Tablel of washers and spacer Tablel How to install the bracket to the ropes e Place a washer 6 on a bolt and install them through the holes Slide the spacer and washers Table1 on to the both bolts e Mount the deformation bar 2 and bolts to secure it e Align bracket parallel t
4. age 5 GB Menu flowchart To view present weight Weight screen or present error if there is one pres P P I 0000 P To enter programming de hold P f A tet L ope Ea je 0000 P 2 p a r2no L r nc E0000 jE P ES Poo p SEC Electronics MT11 MT11 V2 0 page 6 GB 7 Mounting Follow these instructions to ensure maximum accuracy Installation options e Load sensor mounted on car frame e Load sensor with bracket installed on ropes above car e Load sensor mounted on fixed point of rope attachment e Load sensor mounted on fixed point of rope attachment after rope clamps Observe minimum Rear attachment 1 1 Normal attachment 1 1 Attachment 2 1 5 1 Mounting to cabin upper beam MT11 load sensor can be used on the cabin where the cabin s construction is such that the upper beam is connected to the cabin Sensor is measuring bending of the beam and the MT11 is recording The load sensor is not suitable for side installation The load sensor can also be mounted to the floor construction NOTE Check sensor connection terminal K2 for mounting to upper beam Mounting holes Connection cable Bar with integrated elongation sensor SEC Electronics MT11 MT11_V2 0 page 7 GB How to mount the load sensor on to the upper beam e The sensor must not be mechanically stressed before mounting e Install the sensor on a flat free of grease and paint surface e
5. nts the MT11 must perform two measurements First measurement is with an empty cabin and after that with reference load The whole programming and measuring procedure is listed below 5 Menu navigation At the beginning pres P to turn the display ON and then hold P for 5s to enter programming mode The first option is ROUT and is used for setting the output alarm contact e The first parameter is rlno 1 which is Full load with normally open output contact and with or button you can set the rinc which is Full load with normally closed output contact NOTE Full load must be set with the maximal cabin load before you make zero point 4 and calibration 5 e The second parameter is r2no 2 which is Overload with normally open output contact and with or button you can set the r2nc which is Overload with normally closed output contact e The third parameter is r3no 3 which is Presence with normally open output contact and with or button you can set the r3nc which is Presence with normally closed output contact After you set the ROUT parameters you enter the SET options e Te first option is TARE 4 and is used to make zero point adjustment With or button you can select YES and then confirm with P After confirming the measurement will start in 5s e NOTE Always make zero point before LOAD 5 e NOTE Cabin must be empty SEC Electronics MT11 MT11 V2 0 page 4 GB The second option is LOAD 5 and is
6. o the car or the sealing and evenly space the support cables on the bracket e Fasten the deformation bar by turning both bolts alternatively against the spacer sleeves and secure with the nuts SEC Electronics MT11 MT11_V2 0 page 9 GB Caution The support cables must only touch the load sensor at the deformation bar and the rounded edges of the channel section The load sensor must not move and must be fastened securely to the support cables Use self locking nuts and additional securing nuts The load sensor must be mounted so that the reguired minimum distance to pulleys shaft openings and other shaft components that the support cables pass is maintained at all times Please observe possible step heights to make sure there are no collisions between the sensor and other mechanical components during technical tests gripping device test limit switch test buffer test that could lead to damages 8 Error table Error name Explanation repeat calibration and zero point when trying to make zero point setting point Err3 No zero point or Set all the parameters make calibration has been made calibration and zero point Err4 Load is not 10 of full Set more weight for load or check if load or full load full load rlnc rlno is set to 0 rinc rino is not set Err5 Calibration failed Set more weight in to the cabin and in to load option SEC Electronics MT11 MT11_V2 0 page 10
7. sp LED 1 Figure 2 MT11 display LED view e Disp LED 3 ON when Presence exceeds maximal setting e Disp LED 2 ON when Overload exceeds maximal setting e Disp LED 1 ON when Full load exceeds maximal setting 3 Connection terminals K1 terminal description e terminal 1 24 V DC from external power supply e terminal 2 Ground e terminal 3 OV K4 terminal description e terminal 4 R3 Presence common terminal 5 R3 Presence NC or NO contact depends of programming terminal 6 R2 Overload common terminal 7 R2 Overload NC or NO contact depends of programming terminal 8 R1 Full load common terminal 9 R1 Full load NC or NO contact depends of programming K2 terminal description for upper beam mounting e terminal 10 Ground WHITE e terminal 11 V ref GREEN e terminal 12 V RED e terminal 13 V BLACK K2 terminal description for mounting on ropes e terminal 10 Ground WHITE e terminal 11 V ref GREEN e terminal 12 V BLACK e terminal 13 V RED SEC Electronics MT11 MT11_V2 0 page 3 GB 4 Operation The load sensor operation is linear there for the calibration can be performed with a reference load that is much less than the maximal load full load 100 4 overload 110 Reference load Empty cabin so load empty load 104 iki 1500 1650 To calculate the curve for load measureme
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