SVD Data sheet
Technical reference for SVD Data sheet with 3 pages, 3 tables, searchable navigation and precise source-page references.
- Chapters
- 1
- Pages
- 3
- Language
- English
- Format

Complete web edition
The complete manual in one reading flow
Pages follow the exact source order. Searchable text is also available for every page.
Complete document
Pages 1 to 3
Source page
Page 1
www.dinacell.com
SVD
Load limiter designed on
elevator beam crosshead
More information
SVD Load limiter on structure
The SVD is a complete load limitation system, consisting of Load cell and unit control. Designed to measure the weight on the deformations in metal structures (steel beams) or in lifting systems such as elevators or freight lifts, where the variations of load through the entrance or exit of the load in the cabin, transmits the variation of the beam structure deformation measured by the sensor.
The installation of the SVD system can be done easily by placing it in a clean area of the supporting beam structure. Also, to improve the quality of the measurement on the weighing installation, the system integrates an additional USB input that allows the addition of a second SV-3000 beam sensor. This system allows for the installation in a already fi nished lift constructed installation, making for an easy integration on load limiter in the elevator or freight lift.
Get the best of performance Recommended distance 50mm by using app Tools ng2
Within the SVD product line, some models integrate Dinacell NG technology. This technology allows fi rmware updating and the possibility of connecting our device (1) GD-Wifi . This accessory enables to confi gurate, calibrate and get accurate information of 50 the installation status in any compatible device with Tools ng2 App. 142 Ø10
(1) GD-WiFi (For NG technology devices). Main cross structure
1/3
Source page
Page 2
SVD
33
01
72
= 110 142 160 55 Datasheet Specifications Parameter Units Specifications Models - SVD-2RM SVD-2Ra SVD-3R SVD-C SVD-Ca Nominal Deformation (N.D.) με 3000 Nominal Sensibility (N.S.) mV/V 2 Accuracy - 0.25% Power supply VDC 24 (18 ... 40) Maximum current consumption mA 65 Working -10 ... +65 (+14 ... +149) Temperature range oC (oF) Storage -20 ... +70 (-4 ... +158) Min. Insulation resistance (V.Test = 100V) GΩ 4 Maximum voltage VAC 250 Relay Maximum current A 2 Number - 2 2 3 - - CANopen CIA 417 - - - - ✓ ✓ Analog outputs 0-10V / 4-20mA / 0-20mA - - ✓ - - ✓ Cabin display MB output - ✓ - - - - NG technology (with USB for firmware upgrade) - ✓ Hold Input VAC/DC 12 ... 125 Maximum deformation %N.D. 150 Display digits - 5 Interface Keys - 3 LEDs - 3 Type - 10 x 0.22mm2 Ø6 Cable Standard length m 2 Material - Alloy steel Sensor Surface treatment - Chemical nikel Casing material - Fireproof V0 Protection class - IP50 Dimensional drawings (mm) and wiring diagram SVD-2RM SVD-2Ra SVD-3R SVD-C SVD-Ca Black GND Red 24 VDC Purple Can HIGH Relay 1 Ø Blue Can LOW 8 .25 M Pink Relay 2 - Brown AL1AL2Aux White Hold (+) Dineleactcróeniclal Gray Hold (-) Green Cabin disp. + 4-20/0-20mA - 4-20/0-20mA Relay 3 Yellow Cabin disp. - 0-10V - 0-10V 2/3
| - | SVD-2RM | SVD-2Ra | SVD-3R | SVD-C |
|---|---|---|---|---|
| με | ||||
| mV/V | ||||
| - | ||||
| VDC | ||||
| mA | ||||
| oC (oF) | ||||
| GΩ | ||||
| VAC | ||||
| A | ||||
| - | 2 | 2 | 3 | - |
| - | - | - | - | ✓ |
| - | - | ✓ | - | - |
| - | ✓ | - | - | - |
| - | ||||
| VAC/DC | ||||
| %N.D. | ||||
| - | ||||
| - | ||||
| - | ||||
| - | ||||
| m | ||||
| - | ||||
| - | ||||
| - | ||||
| - |
| Relay 1 |
|---|
| Relay 2 |
| Cabin disp. + | 4-20/0-20mA | Relay 3 | - |
|---|---|---|---|
| Cabin disp. - | 0-10V | - |
Source page
Page 3
Datasheet SVD
Product Reference
Model SVD-2RM SVD-2Ra SVD-3R SVD-C SVD-Ca Ref. 011787 011789 011788 011945 011944
Accessories: GD-WiFi (For NG technology devices)
Ref. 018512
For more information
www.dinacell.com Certifi ed company Dinacell Electrónica S.L. Pol. Ind. Santa Ana, C/ de la Fundición 8 CP 28522 Rivas Vaciamadrid, Madrid, ESPAÑA Tel. (+34) 913 001 435 Document Ref: D1066-06 Publication Date: 07/04/2026 VMFT06.04
Dinacell Electrónica S.L. reserves the right to add, modify and/or delete content of the document without prior notice. The content indicated here should be used as general product information. It should not be interpreted as a guarantee of quality or durability. 3/3
Document editions