Load Cells

Òåíçîìåòðè÷åñêèå äàò÷èêè 

Óçëû âñòðîéêè 

Êàòàëîã ïðîäóêöèè 2007

Êàòàëîã ïðîäóêöèè 2007 

Òåíçîìåòðè÷åñêèå äàò÷èêè 

Óçëû âñòðîéêè 

ÖÅÍÒÐ ÑÅÐÂÈÑÍÎÃÎ ÎÁÑËÓÆÈÂÀÍÈß 

ÏÐÅÄÑÒÀÂÈÒÅËÜ ESIT Â ÓÊÐÀÈÍÅ 

ÒÎÂ “ÖÑÎ “Íîâà Åðà” 

Óêðàèíà, 03055, ã.Êèåâ 

ïåð. Òáèëèññêèé, 4/10, îôèñ Ö-7 

Òåë./Ôàêñ +380 44-239-2539 

+380 44-206-4728 

Ýë. ïî÷òà info@novaera.com.ua 

Èíòåðíåò http://www.esit.com.ua

Èíäåêñ 

Bending Beam Load Cells 

B 

STCS 

BS SBS SB 

14 20 | 50 | 100 | 200 kg 16 200 | 500| 1000 | 2000 kg 18 200 | 500| 1000 | 2000 kg 20 

S Type Load Cells 

TCS TCS 

22 50 | 100 | 200 | 500 kg 24 500| 1000 | 2000 kg 26 

Platform Type Load Cells 

SS P 

SP 

SPA 

5000 kg 

28 10| 20 | 40 | 80 | 120 kg 30 200 | 500| 1000 kg 32 34 36 3 ... 600 kg 

Compression Type Load Cells 

SC 

SHC HC 

38 10 | 20 t 

40 40| 60 | 100 t 42 

Page 2 

Product Catalog 2006 

200 t 

Load Cells 

1000 | 2000| 5000 | 10000 kg

Special Load Cells 

PFT 

Load Cells 

Special Load Cells 

PLC SDB 

44 100 kg 46 

10000 kg 48 15000 kg 

T BW 

CRLC 

4500 kg 20 t 

50 52 


Page 3

Index Mounting Kits 

BB Mounting Kits 

BB-EL BB-HA BB-HH 

56 57 58 

BS / SBS Mounting Kits 

SBS-PL 

SSB Mounting Kits 

SSB-EL SSB-EL SSB-TM 

62 63 64 

STCS / TCS Mounting Kits 

STCS-HA 

SBS-EL SBS-TM 59 60 61 

TCS-HA TCS-HA 65 66 67 

Page 4 

Product Catalog 2006

Mounting Kits 

SC Mounting Kits 

SC-EL HSC Mounting Kits 

HSC-EL SC-TM SC-ELT 68 69 

70 

HSC-TM HSC-ELT 

71 72 73 

Application Examples 

ET 

CH SS P / SP 

74 75 76 


SP A / PFT 

PLC / DSB WTB / CRLC 

77 78 79 


Page 5

The Use of Load Cells 

Type of Load Cell 

Shear Beam Type 

With its thin profile structure and resistance to side forces, this type of load cell is used in a large number 

of industrial weighing systems and large-size scales. The plate on which the load cell is mounted, must be 

in such a structure that it can firmly handle a full load and other bending forces. The load is applied to the 

tip of the shear beam load cell that is screwed on to the plate. 

Tension Type 

Designed to measure tension and compression forces, S type load cells are generally used in testing 

equipment, for transforming mechanical scales to electronic systems and in crane weighing systems. 

Tension and compression forces are applied to the force points located at each side of the load cell. This 

type of load cell can be hung from above for use as tension type or installed to the floor for use as a 

compression type. 

Platform Type 

Thanks to their special design, these types of load cells are minimally effected by momentum forces. This 

allows a centrally located single load cell to weigh small and medium sized platforms. Load cell is affixed 

to the base with the platform mounted on the other end. The type of load cell is selected based on the size 

of the platform that will be used. 

Compression Type 

Number of Load Cells 

Specifically preferred for use in heavy load measurements, compression type load cells are used in the 

weighing of trucks, trailers, trains and heavy silos. These types of load cells are installed on a solid ground 

and are applied the load vertically. 

The determining factor in the number of load cells to be used is the requirements and the composition of the weighing system. The 

most common solution is the placement of a load cell in every connecting point of the existing structure. For maintaining mechanical 

stability, the most ideal solution is to weigh the item with three load cells. An item that is weighed from three points will always 

stabilize itself and ensure the equal distribution of the weight. In order to ensure the even distribution of the load in weighing systems 

where more that one load cell is being used, the load cells must be placed in the same horizontal level and the structure must be 

protected against folds and bends. 

In certain situations, using S type load cells will provide a more stable solution. In applications where more than one load cell is 

being used, it is very important to have load cells that are of the same capacity as well as the same rated output. 

The following are application examples regarding the number of load cells 


with 1 load cell 

Mounting Kits 

Page 6 

Tension Type 

with 2 load cells 









In order for the system to function properly with minimum amount of errors and maximum amount of accuracy, the load weight must 

be properly conducted to the load cells. In weighing systems, forces perpendicular to gravity are measured. Forces from other 

directions are unwanted because these forces affect the sensitivity of the system. Mounting kits ensure the elimination of these 

unwanted forces and ensure proper and accurate measurements. 

The correct mounting kit must distribute the force perpendicular to the load cell and must be compatible with the operating principles 

of the load cell. 

Mounting kits are designed to protect the load cells against overloads, reduce vibrations and impacts and protect the system from 

being capsized in addition to ensuring the proper conducting of forces to load cells. 

Product Catalog 2006

Capacity Selection 

One can consider load cells as springs that mechanically bend to a very small degree (~0.4 mm). If the load cell selection is 

not made according to the requirements of the weighing system, the sensitivity of the system or the service life of its load cells 

will decrease. 

Determining Load Cell Error 

Before starting a weighing application based on load cells, the user must determine what error limits s/he is expecting from the 

weighing system. However, one should note that the smaller the error, the costlier the system will be! Class C3 load cells would be 

sufficient for commercial weighing systems. 

Combined Error Values for Class C Load Cells (-10°C +40°C or pi 0.7 ) 

Error Class C1 C2 C3 

Combined Error (%E ) 

max 

¡Ü¡À0 .03 ¡Ü¡À0 .23 ¡Ü¡À0 .02 

As a general rule of thumb, the error of a load cell based weighing system will be 1.3 times greater than that of the load cell it is using. 

This is due to the errors from the construction and electronic parts. 

� 

� 

� 

� 

� 

� 

� 

� 

� 

� 

� 

� 

� 

� 

E F+ Fx Fx ¡Ý 

max wab 

E : Capacity 

max 

W : The maximum load weight for the system is determined. [Live Load] 

T : Construction weight (tare) is calculated. [Dead Load] 

N : The number of load cells is determined. [ N ] 

F : Additional forces caused by winds and the expansion of connection pipes are calculated. [Fw force = 0~(Live Load/2)] 

w 

F : The existence of uneven loading factors are reviewed [Fa factor = 1.0~1.3] 

a 

F : Additional controls must be performed for shock, vibration, etc. [Fb factor = 1.0~1.5] 

b 

The following requisites must be observed: 

Load cells, which have the right capacity and are suitable for the system, must be selected 

The foundation of the system must be solid and hard 

There must be no friction between the foundation and the scale 

All load cells must be positioned in the same horizontal level 

Loads must be applied vertically to load cells 

The weight of the weighing system, as compared to that of the item being weighed, must be the least amount possible (W / T > 5 ) 

C4 

¡Ü¡À0 .015 

Cables, pipes, etc. that are connected to the weighing system must be as few and flexible as possible 

Changes in temperature should affect the load cells in the system to the same degree 

Thermal expansion of the construction must not bear additional forces on the system or affect the forces upon the load cells 

Possible vibrations in the environment or those which may be coming from the system itself must be isolated and minimized 

Weighing system must be protected against any impacts that can affect the construction or the load cells 

Weighing system must be protected against the effects of wind in open field applications 

Load cells must be removed during any welding operations in the construction. 

Load cells must not be kept immersed in water for a long time 


(W + T) 

N 

C5 

¡Ü¡À0 .01 

Page 7

Protection Class 

IP## 

Page 8 

This symbolizes the level of Ingress Protection for electronic materials, in accordance with the IEC 529, DIN 

40050, BS 5490 and NF C 20-010 standards 

1st Digit: Protection against solid objects 

2nd Digit: Protection against moisture 

0 

1 

2 

3 

4 

5 

6 

Non-protected 

Protected against solid foreign objects 

of 50 mm diameter and greater 


of 12.5 mm diameter and greater 





Dust-protected 

Dust-tight 


0 

1 

2 

3 

4 

5 

6 

7 

8 

Non-protected 

Protected against vertically falling water 

drops 

Protected against vertically falling water 

drops as the enclosure is tilted 15 

degrees 

Protected against spraying water 

Protected against splashing water 

Protected against water jetting 

Protected against powerful water jetting 

Protected against temporary immersion 

Protected against continuous 

immersion

Certificates 

OIML Certificate of Conformity 

The International Organization of Legal Metrology (OIML) is an intergovernmental treaty organization. It was 

established in 1955 in order to promote the global harmonization of legal metrology procedures. Since that time, the 

OIML has developed a worldwide technical structure that provides its Members with metrological guidelines for the 

elaboration of national and regional requirements concerning the manufacture and use of measuring instruments 

for legal metrology applications. 

The OIML certificates are issued by authorities assigned by the International Committee of Legal Metrology (CIML) 

and they are archived by the International Bureau of Legal Metrology (BIML). This certificate is required for 

commercial scales and Esit has 3 certifications in mass measurement and non-automatic mass measurement 

systems: 

� 

� 

� 

OIML R76 metrological and technical specifications for non-automatic weighing instruments 

OIML R60 metrological recommendations for loadcells 

OIML R111 weight classes 

CE Quality Certificate 

The CE marking on a product is a manufacturer's declaration that the product complies with the essential 

requirements of the relevant European health, safety and environmental protection legislations and ensures the free 

movement of the product within the EFTA & European Union (EU) single market. 

The CE marking directives, which were approved by the EU member states in 1985, were recognized by the Turkish 

authorities in 2002-2003. However, they have not yet been put into practice due to lack of adequate infrastructure 

and legislation. Related preparations are expected to be in place by 2006. “90/384/AT Non-automatic Weighing 

Instruments Directive”, regulating the production, inspection, certification, launching and market inspection of 

commercial scales, is one of the EU directives to be enacted by the end of 2005. 

In order to comply with this new standard which will change virtually everything in weighing instrument 

manufacturing industry, from design and production to inspection and legal marking, Esit has already completed all 

the necessary studies for establishing the required infrastructure. As an alternative way for inspection and marking, 

the new directive recommends the manufacturers to inspect and mark their products themselves. As a result of its 

negotiations with the Danish Standards Association (DS), Esit is found qualified to inspect and mark its own 

products. 

With this approval from DS, Esit has shown to the European Union that the Company is competent in this industry 

and that its scales are produced to the European standards. 

Ex-Proof Certificate 

Certificate of Conformity to Ex Quality is given to those companies which are eligible for receiving the Certificate of 

Production Adequacy. The Ex-Proof Certificate indicates conformity of electrical products used in the presence of 

flammable and combustible gases to the Quality Factors and Standards defined by the Turkish Standards Institution 

(TSE). Within the framework of a one-year license agreement signed between the Company and TSE, the 

Trademarks, types and classes of the products which will bear TSE-ex marking are defined. 

Production Quality Certificate 

Today's major developments in science and techology, beside creating an ever-evolving economic environment, 

have led the nations to a tough competition. Surviving in this new world order is only possible via providing goods 

and services that meet customers' needs and expectations. Therefore a comprehensive and progressive Quality 

Management System, which covers all levels of production from design and production down to marketing and after 

sales services, must be strictly implemented. Among such international standars, ISO 9000 Quality System 

Standards have a distinct place in terms of implementation diversity. 

Esit has been implementing the ISO 9001 quality system standards since 1997. The Company received its ISO 

certificates from RW-TUW until 2005, but this year the certificate was issued by another issuing authority, the Danish 

Standards Association (DS) after a successful inspection process. 


Page 9

Wiring 

Esit's standard wiring diagram for 4-conductor load cells: 

GROUNDING 

GREEN excitation 

WHITE output 

BLACK excitation 

RED output 

Esit's wiring diagram for non-standard load cells (printed on the product package): 

Page 10 

GROUNDING 

RED excitation 

GREEN output 

YELLOW excitation 

BLUE output 


GROUNDING 

GREEN excitation 

BLUE sense 

WHITE output 

YELLOW sense 

BLACK excitation 

RED output

Icons 

Load cell 

symbol 

test 

Fields of Use for Load Cells 

Basically all load cells sense the load value of the item being weighed by the weighing instruments to which they are 

connected. However, they have different physical features that make them more functional when used with suitable 

weighing instruments. Below are the definitions of the icons used in pages under the Load Cells section. The 

matching types and applications are also indicated. 

Scales 

Model BS | SBS | SSB 

Transpalletes 

Model BS | SBS 

Conveyor belt scales 

Model BB | BS | SBS | SSB 

Silo weighing 

Model BB | SB | SBS | SSB | SC | HSC 

Hanging silo weighing 

Model BB | TCS | STCS 

Test systems 

Model BB | STCS | TCS | SSP | HSC | HC 


Scales with one load cell 

Model SSP | SP | SPA 

Platform weighing with one load cell 

Model SSP | SP | SPA 

Weighing on vehicles 

Model SSB 

Truck scales 

Model SC | HSC 

Railway scales 

Model HSC 

Page 11

Load Cells

Type BB 

20kg-50kg-100kg-200kg 

Bending Beam Load Cell Stainless Steel 

Features 

Stainless Steel 

Easy-to-mount 

Certified to OIML R60 standards 

IP68 industrial protection 

Hermetic-sealed strain gauge area 

The BB bending beam load cell has been developed for use in electronic weight and force measurement applications under 

industrial conditions. 

They are mostly used in low capacity applications such as tank weighing systems, platform scales, bagging and batching machines, 

and conveyor belt scales. A good level of sealing is achieved by a bellow covering the strain gauge area on the stainless steel body 

of the load cell. 

BB-ALT 

BB-EL 

BB-HA 

BB-HH 

Type Capacity Minimum Division Max. Safe Overload 

BB 20 

BB 50 

BB 100 

BB 200 

BB Mounting Kits 

20 kg 

50 kg 

100 kg 

200 kg 

Lower plate 

Elastomer mounting kit | page 56 

Hanging type mounting kit | page 57 

Tension type mounting kit | page 58 

Page 14 Product Catalog 2006 

1.3 g 

3.3 g 

6.7 g 

13.3 g 

30 kg 

75 kg 

150 kg 

300 kg 

IP68 

test

Esit reserves the right to modify, without prior notice, the products in accordance with technological developments. 

Type BB 

Technical Specifications 

Maximum capacities (E max) 

Accuracy class (OIML R 60) 

Max. number of verification intervals (n LC) 

Min. verification interval (V min) 

Combined error 

Zero return error (DR) 

Minimum load 

Maximum safe overload 

Maximum safe sideload 

Ultimate load 

Stretching (for E max) 

Maximum excitation voltage (U max) 

Rated output (C n) 

Zero balance 

Input resistance 

Output resistance 

Insulation resistance 

Compensated temperature range 

Operating temperature range 

Load cell material 

Sealing (EN60529) 

Cable length 

Cable outer calibre 

Weight 

Package dimensions / weight 

Dimensions 

ø27. 5 

20 

128 

20, 50, 100, 200 

C1 

C3 

1000 

3000 

E max/5000 

E max/15000 

¡Ü¡À0 03 . 

¡Ü¡À0 .02 

0.004 

0 

150 

100 

200 

¡Ü 0.5 

15 

2 ¡À0.1% 

¡Ü¡À 1.0 

385 20 ¡À 

350 3¡À 

¡Ý 50 

-10...+40 

-40...+80 


IP68 

5 

5 

0.6 

10x27x6 / 0.7 

81 82 1 0.5 

ø8.3 

kg 

% 

%Emax %Emax %Emax %Emax %Emax mm 

V 

mV/V 

%C n 

Ù 

Ù 

MÙ 

°C 

°C 

m 

mm 

kg 

cm / kg 

(All dimensions are expressed in milimeters) Wiring diagram is on page 10. 


57.5 21 

ø24 

20 

ø43.5 

Page 15

Type BS 

200kg-500kg-1000kg-2000kg 

Shear Beam Load Cell Stainless Steel 

Features 


Easy-to-mount 



Resistant to side forces 

Thin profile body 

The BS shear beam load cell has been developed for use in electronic weight and force measurement applications under industrial 

conditions. The excellent linearity and reliability of the BS series is enhanced by thermal compensation for the effects of 

temperature on zero and span stability. 

Having a thin profile which is fully resistant to side forces, the BS shear beam load cell is suitable for low and medium capacity tank 

weighing systems, automatic weighing equipment and process weighing applications. The strain gauge area is welded in 

accordance with IP68 standards. Thanks to its stainless steel structure, which provides resistance to water and other chemicals, the 

product is an ideal solution for such industries as chemicals, petrochemicals, caustic soda and fertilizers. 


BS 200 

BS 500 

BS 1000 

BS 2000 

BS Mounting Kits 

200 kg 

500 kg 

1,000 kg 

2,000 kg 


40 g 

100 g 

200 g 

400 g 

300 kg 

750 kg 

1,500 kg 

3,000 kg 

IP68


Type BS 








Minimum load 



Ultimate load 




Zero balance 








Cable length 


Weight 


Dimensions 

(All dimensions are expressed in milimeters) 

A 

A/2 

Capacity (kg) A 

200 25.44 

500 26.75 

1000 26.75 

2000 28.75 

Ø13.5 

M12 

130 

kg 

mm 

V 

mV/V 

59 

Ø13 Ø13 

12.7 76.2 25.4 

% 

%Emax %Emax %Emax %Emax %Emax %C n 

Ù 

Ù 

MÙ 

°C 

°C 

m 

mm 

kg 

cm / kg 


200, 500, 1000, 2000 

C1 

1000 

E max/5000 

¡Ü¡À0 03 . 

0.00625 

0 

150 

100 

300 

¡Ü 0.3 

15 

2 ¡À0.1% 

¡Ü¡À 1.0 

385 20 ¡À 

350 3¡À 

¡Ý 50 

-10...+40 

-40...+80 


IP68 

5 

5 

0.8 

10x27x6 / 1.0 

Wiring diagram is on page 10. 

31 

31 

Page 17

Type SBS 

200kg-500kg-1000kg-2000kg 


Features 


Easy-to-mount 






The SBS shear beam load cell has been developed for use in electronic weight and force measurement applications under 

industrial conditions. The excellent linearity and reliability of the SBS is enhanced by thermal compensation for the effects of 

temperature on zero and span stability. 

Having a thin profile which is fully resistant to side forces, the SBS shear beam load cell is suitable for low and medium capacity 

platform scales, tank weighing systems, automatic weighing equipment and process weighing applications. The strain gauge area 

is welded in accordance with IP68 standards. Thanks to its stainless steel structure, which provides resistance to water and other 

chemicals, the product is an ideal solution for such industries as chemicals, petrochemicals, caustic soda and fertilizers. 


SBS 200 

SBS 500 

SBS 1000 

SBS 2000 

SBS Mounting Kits 

SBS-ALT 

SBS-PL 

SBS-EL 

SBS-TM 

Page 18 

Lower plate 

Adjustable mounting kit | page 59 


Tank mounting kit | page 61 

200 kg 

500 kg 

1,000 kg 

2,000 kg 


20 g 

50 g 

100 g 

200 g 

300 kg 

750 kg 

1,500 kg 

3,000 kg 

IP68


Type SBS 








Minimum load 



Ultimate load 




Zero balance 








Cable length 


Weight 


Dimensions 

A 

A/2 

Capacity (kg) A 

200 25.44 

500 26.75 

1000 26.75 

2000 28.75 

ø20 

ø13 

162 

mm 

V 

mV/V 

91 

ø13 ø13 

13 76 54 .2 

kg 

% 

%Emax %Emax %Emax %Emax %Emax %C n 

Ù 

Ù 

MÙ 

°C 

°C 

m 

mm 

kg 

cm / kg 

200, 500, 1000, 2000 

C1 

C3 

1000 

3000 

E max/5000 

E max/10000 

¡Ü¡À0 03 . 

¡Ü¡À0 .02 

0.00625 

0 

150 

100 

300 

¡Ü 0.3 

15 

2 ¡À0.1% 

¡Ü¡À 1.0 

385 20 ¡À 

350 3¡À 

¡Ý 50 

-10...+40 

-40...+80 


IP68 

5 

5 

1.1 

10x27x6 / 1.2 



31 

31 

Page 19

Type SSB 

1000kg-2000kg-5000kg-10000kg 


Features 


Easy-to-mount 




Heavy duty 


The SSB-S shear beam load cell has been developed for use in electronic weight and force measurement applications under 

industrial conditions. The precise and rugged SSB load cell offers high resistance to side forces and overload conditions. 

The stainless steel SSB shear beam load cell can be used under the most severe industrial conditios. With a fully welded strain 

gauge area, SSB is protected to IP68 standards and is resistant to water and other chemicals. The product finds application in 

medium capacity platform scales, tank weighing systems, automatic weighing equipment and process weighing applications in 

such industries as construction, food, chemicals, petrochemicals, caustic soda and fertilizers. SSB-S is also available as steel. 

SSB-ALT 

SSB-EL 

SSB-TM 


SSB-S 1000 

SSB-S 2000 

SSB-S 5000 

SSB-S 10000 

SSB Mounting Kits 

1,000 kg 

2,000 kg 

5,000 kg 

10,000 kg 

Lower plate 

Elastomer mounting kit | page 62-63 



67 g 

133 g 

333 g 

667 g 

1,500 kg 

3,000 kg 

7,500 kg 

15,000 kg 

IP68


Type SSB 








Minimum load 



Ultimate load 




Zero balance 








Cable length 


Weight 


Dimensions 

Capacity (kg) 

1000-2000 

5000 

10000 

D 

A 

203 

234.7 

282 

M 

B 

47.6 

69.84 

77 

øK 

øL 

øJ øJ 

A 

F G H 

C 

36.5 

47.6 

58 

D 

36.5 

47.6 

61 

E 

102 

116 

147.3 

kg 

% 


V 

mV/V 

%C n 

Ù 

Ù 

MÙ 

°C 

°C 

m 

mm 

kg 

cm / kg 

F 

22.27 

23.87 

31.6 

E 

G 

98.2 

123.62 

139.7 

1000, 2000, 5000, 10000 

C1 

C3 

1000 

3000 

E max/5000 

E max/15000 

¡Ü¡À0 03 . 

¡Ü¡À0 .02 

0.006 

0 

150 

100 

300 

¡Ü 0.5 

15 

2 ¡À0.1% 

¡Ü¡À 1.0 

385 20 ¡À 

350 3¡À 

¡Ý 50 

-10...+40 

-40...+80 

Stainless Steel, Steel 

IP68 

5 

5 

2.1 - 4.2 - 7.56 

11x33x8.5 - 24x41x9 / 2.2 - 4.3 - 8.1 



H 

63.5 

66.6 

82.6 

J 

13 

22 

27 

B 

K 

30.3 

41.2 

51.1 

C 

L 

17.5 

25.5 

31.8 

M 

11.9 

15.6 

20.7 

Page 21

Type STCS 

50kg-100kg-200kg-500kg 

S Type Load Cell Stainless Steel 

Features 


Easy-to-mount 



The STCS bending beam load cell has been developed for tension and compression type weight and force measurement 

applications. 

The STCS load cell finds application in tank weighing applications, hopper scales, electromechanical scales, tension-tear test 

devices, process weighing applications and other similar systems. It offers a high level of accuracy and features an internal thermal 

compensation that corrects output drifts due to ambient temperature variations. Stainless steel STCS load cells are resistant to all 

types of weather conditions and protected to IP66 standards. 


STCS 50 

STCS 100 

STCS 200 

STCS 500 

STCS Mounting Kits 

50 kg 

100 kg 

200 kg 

500 kg 

STCS-HA STCS ball-joint mounting kit | page 65 


5 g 

10 g 

20 g 

50 g 

75 kg 

150 kg 

300 kg 

750 kg 

IP66 

test


Type STCS 








Minimum load 



Ultimate load 




Zero balance 








Cable length 


Weight 


Dimensions 

M8 

kg 

% 


V 

mV/V 

%C n 

Ù 

Ù 

MÙ 

°C 

°C 

m 

mm 

kg 

cm / kg 

75 

60 12 

50, 100, 200, 500 

C1 

C3 

1000 

3000 

E max/5000 

E max/10000 

¡Ü¡À0 03 . 

¡Ü¡À0 .02 

0.007 

0 

150 

100 

200 

¡Ü 0.4 

15 

2 ¡À0.1% 

¡Ü¡À 1.0 

385 20 ¡À 

350 3¡À 

¡Ý 50 

-10...+40 

-40...+80 


IP66 

5 

5 

0.5 

10x27x6 / 0.6 



Page 23

Type TCS 

500kg-1000kg-2000kg 

S Type Load Cell Steel 

Features 

Easy-to-mount 

Welded construction 



The TCS S-type load cell has been developed for use in electronic weight and force measurement applications and is suitable for 

handling both tension and compression forces. 

The TCS load cell finds application in tank weighing applications, hopper scales, electromechanical scales, tension-tear test 

devices, process weighing applications and other similar systems. With its steel alloy construction coated with corrosion-returdant 

paint as well as its strain gauge area which is fully welded with a stainless steel cover, the TCS load cells are protected to IP68 

standards meaning that they are fully immersable. 

TCS1-HA 

TCS2-HA 


TCS 500 

TCS 1000 

TCS 2000 

TCS Mounting Kits 

500 kg 

1,000 kg 

2,000 kg 

TCS 500kg - 1000kg ball-joint mounting kit | page 66 

TCS 2000kg ball-joint mounting kit | page 66 


100 g 

200 g 

400 g 

750 kg 

1,500 kg 

3,000 kg 

IP68 

test


Type TCS 








Minimum load 



Ultimate load 




Zero balance 








Cable length 


Weight 


Dimensions 

Capacity (kg) A B C D 

500-1000 75 50 32 M12 

2000 96.5 70 36.5 M20 

B 

kg 

% 


V 

mV/V 

%C n 

Ù 

Ù 

MÙ 

°C 

°C 

m 

mm 

kg 

cm / kg 

A 

500, 1000, 2000 

C1 

C3 

1000 

3000 

E max/5000 

E max/5000 

¡Ü¡À0 03 . 

¡Ü¡À0 .02 

0.01 

0 

150 

100 

200 

¡Ü 0.4 

15 

2 ¡À0.1% 

¡Ü¡À 1.0 

385 20 ¡À 

350 3¡À 

¡Ý 50 

-10...+40 

-40...+80 

Steel 

IP68 

5 

5 

0.8 - 1.5 

11x34x9 / 0.9 - 1.6 



C 

D 

D 

Page 25

Type TCS 

5000kg 

S Type Load Cell Steel 

Features 

Easy-to-mount 

Welded construction 



The TCS S-type load cell has been developed for use in electronic weight and force measurement applications and is suitable for 

both tension and compression type weight and force measurement applications. 

The TCS load cell finds application in tank weighing applications, hopper scales, electromechanical scales, tension-tear test 

devices, process weighing applications and other similar systems. With its steel alloy construction coated with corrosion-returdant 

paint as well as its strain gauge area which is fully welded with a stainless steel cover, the TCS load cells are protected to IP68 



TCS 5000 5,000 kg 1,000 g 7,500 kg 

TCS Mounting Kits 

TCS5-HA TCS 5t ball-joint mounting kit | page 67 


IP68 

test


Type TCS 








Minimum load 



Ultimate load 




Zero balance 








Cable length 


Weight 


Dimensions 

M24x2 

25 25 

kg 

% 


V 

mV/V 

%C n 

Ù 

Ù 

MÙ 

°C 

°C 

m 

mm 

kg 

cm / kg 

7Ø 

115 

Ø 

40 

40 

112 

5000 

C1 

C3 

1000 

3000 

E max/5000 

E max/5000 

¡Ü¡À0 03 . 

¡Ü¡À0 .02 

0.01 

0 

150 

100 

200 

¡Ü 0.4 

15 

2 ¡À0.1% 

¡Ü¡À 1.0 

385 20 ¡À 

350 3¡À 

¡Ý 50 

-10...+40 

-40...+80 

Steel 

IP68 

5 

5 

2.8 

25x25x18 / 3.1 



40 

Page 27

Type SSP 

10kg-20kg-40kg-80kg-120kg 

Platform Type Load Cell Stainless Steel 

Features 

Easy-to-mount 




SSP platform type load cell is capable measuring weights from a single point. It offers a high level of accuracy and features an 

internal thermal compensation that corrects output drifts due to ambient temperature variations. 

Stainless steel SSP load cell has been developed for use in platform scales for low capacity weighing applications in food, chemical 

and pharmaceutical industries. Suitable for platform sizes of up to 50 x 50 cm, SSP may be mounted in the center of or under the 

platform. 


SSP 10 

SSP 20 

SSP 40 

SSP 80 

SSP 120 


10 kg 

20 kg 

40 kg 

80 kg 

120 kg 

Application examples for for SSP type load cell can be found on page 76. 

Page 28 


1 g 

2 g 

4 g 

8 g 

10 kg 

20 kg 

40 kg 

80 kg 

12 g 120 kg 

IP66 

test


Type SSP 








Minimum load 



Ultimate load 




Zero balance 








Cable length 


Weight 


Dimensions 

20 

140 

86 

kg 

% 


V 

mV/V 

%C n 

Ù 

Ù 

MÙ 

°C 

°C 

m 

mm 

kg 

cm / kg 

10, 20, 40, 80, 120 

C1 

C3 

1000 

3000 

E max/5000 

E max/10000 

¡Ü¡À0 03 . 

¡Ü¡À0 .02 

0.008 

0 

100 

100 

200 

¡Ü 0.6 

15 

2 ¡À0.1% 

¡Ü¡À 1.0 

385 20 ¡À 

350 3¡À 

¡Ý 50 

-10...+40 

-40...+80 


IP66 

5 

5 

0.8 

10x27x6 / 0.9 



20 

M6 

34 

25 

Page 29

Type SP 

200kg-500kg 

Platform Type Load Cell Steel 

Features 

Easy-to-mount 



SP platform type load cell is capable measuring weights from a single point. It offers a high level of accuracy and features an internal 

thermal compensation that corrects output drifts due to ambient temperature variations. It is resistant to momentum forces. 

With its steel alloy construction coated with corrosion-returdant paint as well as its strain gauge area which is isolated using a 

chemical material, the SP load cells are protected to IP65 standards. Suitable for platform sizes of up to 80 x 80 cm, SP may be 

mounted in the center of or under the platform. These platform type scales with one load cell find application in industrial part 

counting scales, conveyor scales, roller scales and process weighing applications. 

Type 

Capacity Minimum Division Max. Safe Overload 

SP 200 

200 kg 

25 g 

200 kg 

SP 500 

500 kg 

63 g 

500 kg 

SP 1000 1000 kg 125 g 1000 kg 



Page 30 


IP65


Type SP 








Minimum load 



Ultimate load 




Zero balance 








Cable length 


Weight 


Dimensions 

67 

47 

140 

110 

kg 

% 


V 

mV/V 

%C n 

Ù 

Ù 

MÙ 

°C 

°C 

m 

mm 

kg 

cm / kg 

83 

200, 500, 1000 

C1 

C3 

1000 

3000 

E max/5000 

E max/8000 

¡Ü¡À0 03 . 

¡Ü¡À0 .02 

0.0067 

0 

100 

100 

200 

¡Ü 0.6 

15 

2 ¡À0.1% 

¡Ü¡À 1.0 

385 20 ¡À 

350 3¡À 

¡Ý 50 

-10...+40 

-40...+80 

Steel 

IP65 

3 

5 

2.6 

11x34x9 / 2.8 



43 

M12 

53 

45 

22 

Page 31

Type SPA 

3kg-6kg-20kg-35kg 

Platform Type Load Cell Aluminum 

Features 

Easy-to-mount 



SPA platform type load cell is capable measuring weights from a single point. It offers a high level of accuracy and features an 

internal thermal compensation that corrects output drifts due to ambient temperature variations. It is resistant to momentum forces. 

With its corrosion resistant, aluminum construction as well as its strain gauge area which is isolated with a special chemical material, 

the SPA load cells are protected against water in accordance with IP55 standards. Suitable for platform sizes of up to 30 x 30 cm, 

SPA load cells are produced in various capacities (3, 6, 20 and 35 kg) and they may be mounted in the center of or under the platform. 

These platform type scales with one load cell find application in conveyor scales, roller scales and process weighing applications. 


SPA 3 

SPA 6 

SPA 20 

SPA 35 


3 kg 

6 kg 

20 kg 

35 kg 


Page 32 


0.6 g 

1.2 g 

4.0 g 

7.0 g 

3 kg 

6 kg 

20 kg 

35 kg 

IP55


Type SPA 








Minimum load 



Ultimate load 




Zero balance 








Cable length 


Weight 


Dimensions 

30 

22 

15 

12 

130 

25 25 

M6 

kg 

% 


V 

mV/V 

%C n 

Ù 

Ù 

MÙ 

°C 

°C 

m 

mm 

kg 

cm / kg 

106 

3, 6, 20, 20, 35 

C1 

C3 

1000 

3000 

E max/5000 

E max/5000 

¡Ü¡À0 03 . 

¡Ü¡À0 .02 

0.012 

0 

100 

100 

150 

¡Ü 0.8 

10 

2 ¡À0.1% 

¡Ü¡À 1.0 

409 6¡À 

350 3.5 ¡À 

¡Ý 50 

-10...+40 

-40...+80 

Aluminum 

IP55 

0.4 

4 

0.17 

4x15x5 / 0.2 



12 

Sayfa 33

Type SPA 

80kg-150kg-300kg 


Features 

Easy-to-mount 





With its corrosion resistant, aluminum construction as well as its strain gauge area which is isolated using a special chemical 

material, the SPA load cells are protected against water in accordance with IP55 standards. Suitable for platform sizes of up to 50 x 

50 cm, SPA load cells are produced in various capacities (80, 150 and 300 kg) and they may be mounted in the center of or under the 

platform. These platform type scales with one load cell find application in conveyor scales, roller scales and process weighing 

applications. 


SPA 80 

SPA 150 

SPA 300 


Page 34 

80 kg 

150 kg 

300 kg 



16 g 

30 g 

60 g 

80 kg 

150 kg 

300 kg 

IP55


Type SPA 








Minimum load 



Ultimate load 




Zero balance 








Cable length 


Weight 


Dimensions 

40 

35 

15 

33 

7 19 

M6 

kg 

% 


V 

mV/V 

%C n 

Ù 

Ù 

MÙ 

°C 

°C 

m 

mm 

kg 

cm / kg 

150 

80, 150, 300 

C1 

C3 

1000 

3000 

E max/5000 

E max/5000 

¡Ü¡À0 03 . 

¡Ü¡À0 .02 

0.012 

0 

100 

100 

150 

¡Ü 0.7 

10 

2 ¡À0.1% 

¡Ü¡À 1.0 

409 6¡À 

350 3.5 ¡À 

¡Ý 50 

-10...+40 

-40...+80 

Aluminum 

IP55 

2 

5.5 

0.55 

7x18x12 / 0.6 



33 

19 

7 

Page 35

Type SPA 

200kg-600kg 


Features 

Easy-to-mount 





With its corrosion-resistant aluminum construction and its strain gauge area isolated with a special chemical material, the SPA load 

cells are protected against water in accordance with IP55 standards. Suitable for platform sizes of up to 80 x 80 cm, SPA load cells 

are produced in two different capacities (200 and 600 kg) and they may be mounted in the center of or under the platform. These 

platform type scales with one load cell find application in conveyor scales, roller scales and process weighing applications. 


SPA 200 

SPA 600 


Page 36 

200 kg 

600 kg 



40 g 

120 g 

200 kg 

600 kg 

IP55


Type SPA 








Minimum load 



Ultimate load 




Zero balance 








Cable length 


Weight 


Dimensions 

65 

60 

35 

30 

30 

7 

C1 

1000 

E max/5000 

¡Ü¡À0 03 . 

42.5 42.5 

19 

M8 

kg 

% 


V 

mV/V 

%C n 

Ù 

Ù 

MÙ 

°C 

°C 

m 

mm 

kg 

cm / kg 

174 

19 

200, 600 

0.012 

0 

100 

100 

150 

¡Ü0.7 

10 

2 ¡À0.1% 

¡Ü¡À 1.0 

409 6¡À 

350 3.5 ¡À 

¡Ý 50 

-10...+40 

-40...+80 

Aluminum 

IP55 

3 

6 

1.72 

7x18x12 / 1.8 

7 

65 

C3 

3000 

E max/5000 

¡Ü¡À0 .02 



Page 37

Type SC 

Compression Type Load Cell 

Features 




Heavy duty 


SC-EL 

SC-TM 

SC-EL TM 



Elastomer tank mounting kit | page 70 

10000kg-20000kg 

Steel 

The SC shear beam load cell has been developed for use in high capacity, compression type electronic weight and force 

measurement applications in industrial environments. The precise and rugged SC load cell offers high resistance to side forces and 

overload conditions. 

The SC load cells are suitable for severe industrial conditions and they find application in high capacity vehicle scales, platform 

scales, tank weighing systems, automatic weighing instruments and process weighing applications. With its steel alloy construction 

coated with corrosion-returdant paint as well as its strain gauge area welded with a stainless steel cover, SC is protected to IP68 



SC 10 

SC 20 

SC Mounting Kits 

10,000 kg 

20,000 kg 


2,000 g 

4,000 g 

15,000 kg 

30,000 kg 

IP68


Type SC 








Minimum load 



Ultimate load 




Zero balance 








Cable length 


Weight 


Dimensions 

146 

8 

130 

8 

109 

R73 

ø31.8 

ø115 

kg 

% 


V 

mV/V 

%C n 

Ù 

Ù 

MÙ 

°C 

°C 

m 

mm 

kg 

cm / kg 

10000, 20000 

C1 

C3 

1000 

3000 

E max/5000 

E max/5000 

¡Ü¡À0 03 . 

¡Ü¡À0 .02 

0.017 

0 

150 

100 

300 

¡Ü. 03 

15 

2 ¡À0.1% 

¡Ü¡À 1.0 

385 20 ¡À 

350 3¡À 

¡Ý 50 

-10...+40 

-40...+80 

Steel 

IP68 

13 

8 

10 

25x25x18 / 10.3 



Page 39

Type HSC 


Features 



Heavy duty 




HSC-EL 

HSC-TM 

HSC-EL TM 



Elastomer tank mounting kit | page 73 

40000kg-60000kg-100000kg 

Steel 

The HSC shear beam load cell has been developed for use in high capacity, compression type electronic weight and force 

measurement applications in industrial environments. The precise and rugged HSC load cell offers high resistance to side forces 

and overload conditions. 

The HSC load cells are suitable for severe industrial conditions and they find application in high capacity vehicle scales, railway 

scales, tank weighing systems and process weighing applications. With its steel alloy construction coated with corrosion-returdant 

paint as well as its strain gauge area welded with a stainless steel cover, HSC is protected to IP68 standards meaning that they are 

fully immersable. 

Mounting Kits 


HSC 40 

HSC 60 

HSC 100 

40,000 kg 

60,000 kg 

100,000 kg 


8,000 g 

12,000 g 

20,000 g 

60,000 kg 

90,000 kg 

150,000 kg 

IP68 

test


Type HSC 








Minimum load 



Ultimate load 




Zero balance 








Cable length 


Weight 


Dimensions 

115 

12 

103 

10 

ø59 

ø32 

ø196 

R300 

kg 

% 


V 

mV/V 

%C n 

Ù 

Ù 

MÙ 

°C 

°C 

m 

mm 

kg 

cm / kg 

40000, 60000, 100000 

C1 

C3 

1000 

3000 

E max/5000 

E max/5000 

¡Ü¡À0 03 . 

¡Ü¡À0 .02 

0.02 

0 

150 

100 

300 

¡Ü 0.3 

15 

2 ¡À0.1% 

¡Ü¡À 1.0 

385 20 ¡À 

350 3¡À 

¡Ý 50 

-10...+40 

-40...+80 

Steel 

IP68 

13 

8 

22.5 

25x33x23 / 24.5 



Page 41

Type HC 


Features 

High capacity 

Heavy duty 


200t 

Steel 

The HC compression type load cell is a column-type weight and force sensor, developed especially for industrial use in high 

capacity electronic weighing applications. 

With its steel alloy construction coated with corrosion-returdant paint, HC is protected to IP68 standards meaning that it is fully 

immersable. These load cells are suitable for high capacity test and force measurement devices and other similar systems which do 

not require a high level of accuracy. 


Application examples for for HC type load cell can be found on page 75. 

Page 42 


IP65 

test


Type HC 




Minimum load 


Ultimate load 



Zero balance 






Material 

Sealing (EN 60529) 

Cable length 


Weight 


Dimensions 

164 

28 

65.5 

63 

30 

kg 

% 

%E max 

%Emax %Emax V 

mV/V 

%C n 

Ù 

Ù 

MÙ 

°C 

°C 

m 

mm 

kg 

cm / kg 

ø119 

ø80 

R400 

M18 

ø115 

200000 

¡Ü¡À0 .5 

0 

200 

400 

15 

2mV/V 

¡Ü¡À 1.0 

385 20 ¡À 

350 2¡À 

¡Ý 50 

-10...+40 

-40...+80 

Steel 

IP65 

13 

8 

11.2 

25x25x17.5 - 12.2 



Page 43

Type PFT 

Roller Type Load Cell 

Features 



100kg 

PFT is a roller type load cell developed for special applications. It is affixed to the roller's axle in winding systems and senses the load 

exerted upon the shaft. 

With its steel alloy construction coated with corrosion-returdant paint, PFT is protected to IP55 standards meaning that it is fully 

resistant to dust and water. These load cells are easy-to-mount with a roller bearing inside and they can detect and adjust the 

tension of the material that is wound around the roller. 


Application examples for for PFT type load cell can be found on page 77. 

Page 44 


Steel 

IP55


Type PFT 




Minimum load 


Ultimate load 



Zero balance 






Material 


Cable length 


Weight 


Dimensions 

roller 

1203 Boll Bearing 

32 

27 

ø40 

ø23 

ø17 

kg 

% 

%E max 

%Emax %Emax V 

mV/V 

%C n 

Ù 

Ù 

MÙ 

°C 

°C 

m 

mm 

kg 

cm / kg 

ø110 

100 

¡Ü¡À0 .5 

0 

150 

300 

15 

2mV/V 

¡Ü¡À 2.0 

385 20 ¡À 

350 2¡À 

¡Ý 50 

-10...+40 

-40...+80 

Steel 

IP55 

5 

5 

1.3 

14.5x23x6 - 1.5 



ø90 

ø6.5 

Sayfa 45

Type PLC 

10t 

Pin Type Load Cell Steel 

Özellikler 


PLC pin type load cells are designed specially for crane systems. They are mounted on the balance roller of the crane's lifting 

mechanism and they sense the load exerted on the roller. 

With its steel alloy construction coated with corrosion-returdant paint as well as its strain gauge area which is welded with a stainless 

steel cover, PLC is protected to IP68 standards meaning that it is fully immersable. PLC load cells provide overload control for 

cranes and lifting machines, and measure the weight of the load being lifted. 


Application examples for for PLC type load cell can be found on page 78. 

Page 46 


IP68


Type PLC 




Minimum load 


Ultimate load 



Zero balance 






Material 


Cable length 


Weight 


Dimensions 

6.75 13 

6.85 

kg 

% 

%E max 

%Emax %Emax V 

mV/V 

%C n 

Ù 

Ù 

MÙ 

°C 

°C 

m 

mm 

kg 

cm / kg 

136 

35 

58 35 

ø50 

10000 

¡Ü¡À 2.0 

0 

150 

300 

10 

2mV/V 

¡Ü¡À 2.0 

380 

350 

¡Ý 50 

-10...+40 

-40...+80 

Steel 

IP68 

5 

5 

1.4 

29x7x8 / 1.5 



Page 47

Type DSB 

On Board Bending Beam Load Cell 

Features 


Double loading points 


The DSB shear beam load cell has been developed for use in double-point electronic weight and force measurement applications. 

The precise and rugged SSB load cell is suitable for industrial environments and offers high resistance to side forces and overload 

conditions. 

With its steel alloy construction coated with corrosion-returdant paint as well as its strain gauge area which is welded with a stainless 

steel cover, DSB is protected to IP68 standards meaning that it is fully immersable. DSB load cells find application in vehicle scales, 

tank weighing systems, axle weighing systems and other special applications. 


Application examples for for DSB type load cell can be found on page 78. 

Page 48 


IP68 

15t 

Steel


Type DSB 




Minimum load 


Ultimate load 



Zero balance 






Material 


Cable length 


Weight 


Dimensions 

15.6 

ø25.5 

ø41.2 

168.6 

147 

ø22 ø22 

45 45 

385 

kg 

% 

%E max 

%Emax %Emax V 

mV/V 

%C n 

Ù 

Ù 

MÙ 

°C 

°C 

m 

mm 

kg 

cm / kg 

168.6 

15000 

¡Ü¡À0 .03 

0 

200 

100 

15 

2mV/V 

¡Ü¡À 2.0 

210 

180 

¡Ý 50 

-10...+40 

-40...+80 

Steel 

IP68 

8 

6 

7.6 

32x34x15 / 8 



47.5 

47.5 

70 

Sayfa 49

Type WTB 

4500kg 

Cable Tension Type Load Cell Stainless Steel 

Features 

Suitable for cable lengths of 5-11 meters 


WTB cable tension type load cells are designed specially for cranes and lifting systems. They are mounted on the permanent cables 

of the lifting mechanism and they sense the load exerted on the cables. 

With its stainless steel construction as well as its welded strain gauge area, WTB is protected to IP68 standards meaning that it is 

fully resistant to dust, water and chemicals. 

WTB load cells provide overload control for such lifting machines as cranes and elevators, and measure the weight of the load being 

lifted. 


Application examples for for WTB type load cell can be found on page 79. 

Page 50 


IP68


Type WTB 




Minimum load 


Ultimate load 



Zero balance 






Material 


Cable length 


Weight 


Dimensions 

117 

ø3-4mm STELL ROPE 

198 

179 

kg 

% 

%E max 

%Emax %Emax V 

mV/V 

%C n 

Ù 

Ù 

MÙ 

°C 

°C 

m 

mm 

kg 

cm / kg 

89.5 

117 

4500 

¡Ü¡À 1 

0 

150 

300 

15 

2mV/V 

¡Ü¡À 2.0 

380 

350 

¡Ý 50 

-10...+40 

-40...+80 


IP68 

8 

10 

3.3 

25x25x18 / 3.5 



6.8 

Page 51

Type CRLC 

20t 

Tension Type Load Cell Steel 

Features 

Protected against overloads 


Esit CRLC load cell is a tension type force sensor, which feature safety plates and washers on each side for protection against 

overloads. With its steel alloy construction coated with corrosion-returdant paint, the CRLC is protected to IP66 standards meaning 

that it is fully resistant to dust and water. 

They are used for overload detection and measure the weight of the load being lifted by cranes and lifting machines. 


Application examples for for CRLC type load cell can be found on page 79. 

Page 52 


IP66


Type CRLC 




Minimum load 


Ultimate load 



Zero balance 






Material 


Cable length 


Weight 


Dimensions 

56 

195 

307 

56 

100 

50 

kg 

% 

%E max 

%Emax %Emax V 

mV/V 

%C n 

Ù 

Ù 

MÙ 

°C 

°C 

m 

mm 

kg 

cm / kg 

45 

55 

55 

51 

131 23 113 

ø36 

ø62 

20000 

¡Ü¡À0 .5 

0 

150 

300 

10 

1mV/V 

¡Ü¡À 2.0 

380 

350 

¡Ý 50 

-10...+40 

-40...+80 

Steel 

IP66 

5 

5 

9.7 

32x34x15 / 10.2 



Page 53

Load Cells

You also want an ePaper? Increase the reach of your titles

Delete template?

Save as template ?