HRL Series – Anchor Load Cell
Product Description
HRL Series load cells consist of a high quality stainless steel. This compact load cell is designed specifically for heavy duty use on construction sites and include load cells with a range of 600 … 3 000 kN. Special designs are available upon request. The attached shielded cable includes a water-proof connector with cap. Versions without the connector are available as an option. Cable lengths are customizable according to the installation requirements; for further information please contact us. The data collected from the strain gauge is proportional to the applied force. The signal is transmitted to the monitoring unit for amplification.
Features
- Monitors anchor forces and other force measurements
- Range: 600 … 3 000 kN
- Admissible overload: 120 % of the nominal load
- Maximum load: 300 % of the nominal load
- Suitable for heavy-duty use on construction sites
- Easy to assemble
- Protection class: IP 66
- Special designs available upon request
- Optional: Lightning and Surge Protection
Specifications
| MODEL |
HRL-4-1000 |
HRL-7-1500 |
HRL-12-2000 |
HRL-19-3000 |
| MECHANICAL CHARACTERISTICS |
| Number of strands |
4 |
7 |
12 |
19 |
| Nominal Load |
600 kN |
1 000 kN |
1 700 kN |
2 700 kN |
| Admissible Overload (% of NL) |
120 % |
| Overload at Rupture (% of NL) |
250 % |
| Accuracy Class |
1 % (of NL) a) |
| ELECTRICAL CHARACTERISTICS |
| Nominal Sensitivity |
1.98 mV/V ± 1% |
2.2 mV/V ± 1% |
1.8 mV/V ± 1% |
1.91 mV/V ± 1% |
| Input Resistance |
700 - 1100 Ω |
| Output Resistance |
700 Ω |
| Nominal Supply Voltage of Strain Bridge |
5 V to 10 V |
| Combined Error (Non-linearity + Hysteresis) |
1 % |
| ENVIRONMENT & ELECTRICAL CONNECTION |
| Reference Temperature |
+23 °C |
| Operating Temperature |
- 30 °C to + 70 °C |
| Temperature Influence: On Zero |
≤ ± 0.01 % / K |
| Temperature Influence: On Sensitivity |
≤ ± 0.01 % / K |
| Protection Class |
IP 66 |
| Option: Lightning and Surge Protection |
up to 20 kA (8 / 20 μs) |
| Connection |
Integrated cable with LEMO connector
(several cable lengths are available on request) |
a) Accuracy depends on the environment, the assembly and the quality of the supports.
Applications
Magtrol HRL Series Load Cells can be used to monitor anchor forces in classical and pre-stressed structures on sites (civil engineering, tunnels…) as well as a range of other static or dynamic measurements, in harsh, tropical, offshore, marine and harbour environments.
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The force transducers of the ZF / ZF-S Series have been designed for the measurement of static and dynamic tensile and pressure forces; they are characterized by their low assembly height at a high measuring accuracy. The force is introduced on one side through a central tapped hole, the other side of the force transducer has to be fixed to a sufficiently rigid plane surface by means of 8 high-strength hexagonal socket-head bolts to be tightened with a defined torque. A strain gauge bridge converts the elastic deformation of the sensing element into an electrical signal that can be evaluated. Compensation and adjustment elements are used to set the required technical data. As a standard, the transducers are equipped with a 3 m connection cable, which has free ends on the other side.
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[post_content] => The Magtrol Load Monitoring Unit is specially designed for strain gauge transducer applications. Specifically developed for use with Magtrol load measuring pins and load-force weight sensors, the LMU Series provides excitation current and amplifies the output signal of full-bridge strain gauges.
Load Monitoring Units are flexible and fully configurable due to DIP-switches and jumpers which allow the unit to be easily installed - no solder connections are required. The level detectors and the outputs can be dedicated either to the full-bridge input, to the voltage input, or to the sum of both. A built-in auto-diagnostic system detects any short circuits or signal line failures, thus allowing the system to be used in applications where safety is important. If a problem is detected, both relays are deactivated and the output voltage (respective current) changes to > 10 V DC and > 20 mA.
The LMU is fully compatible with European Community (CE) standards. Its IP 65 aluminum housing allows the system to be used in harsh environments. Using SMD (surface mounted device) technology, the LMU allows the maximum performance/ price ratio for strain gauge transducer monitoring.
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[post_content] => The Magtrol SK-01 Force Transducer, based on strain gauge technology, is ideal for the control of ropes, brake clamps and similar devices. It measures the clamping force, independent of the clamp, on the longitudinal axis of the transducer.
[post_title] => SK-01 Series - Clamping Force Transducers
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The force transducers of the ZP-S Series are designed for the measurement of static and dynamic forces and are characterized by their low dimensions at a high measuring accuracy. The force is introduced centrally through a tapped hole. A strain gauge bridge converts the elastic deformation of the S-shaped flexible body into an electrical signal that can be evaluated. Compensation and adjustment elements are used to set the required technical data. The transducers up to the construction size 50 N are manufactured in high-strength aluminum alloy, while larger sizes are made of a special stainless steel. An integrated overload fuse ensures the safe operation of the 10N, 20N and 50N construction sizes. As a standard, the transducers are equipped with a 3 m connection cable, which has free ends on the other side. The transducer can also be supplied with an integrated amplifier (model ZP-E/10 N to 2 kN, dimensions have changed). The output signals (0 to 10) V or (4 to 20) mA can be selected.
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The force transducers of the ZF / ZF-S Series have been designed for the measurement of static and dynamic tensile and pressure forces; they are characterized by their low assembly height at a high measuring accuracy. The force is introduced on one side through a central tapped hole, the other side of the force transducer has to be fixed to a sufficiently rigid plane surface by means of 8 high-strength hexagonal socket-head bolts to be tightened with a defined torque. A strain gauge bridge converts the elastic deformation of the sensing element into an electrical signal that can be evaluated. Compensation and adjustment elements are used to set the required technical data. As a standard, the transducers are equipped with a 3 m connection cable, which has free ends on the other side.
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