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The solution for peaks in production. A temporary building rented from 1 to 72 months. Standard dimensions: a span of 10 to 40 m, with a height clearance of 3 to 10 m.
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Principal uses :
tennis courts covers, village halls, general-purpose rooms, concert halls, shows ...
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Opt for increased user benefit, uncompromising quality and safety - from the planning to the after-sales service. Our system halls are designed in a modular manner and are therefore highly flexible with regard to applications. Erected within a very short time, they can be easily enlarged or reduced in size within the given modular dimensions if so required. As a simple cold hall or thermally insulated version: Choose the solution that is just right for you from a range of doors, gates, vision panels or windows and thermal insulation. Your system hall can be rented, purchased or leased.
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Opt for increased user benefit, uncompromising quality and safety - from the planning to the after-sales service. Our system halls are designed in a modular manner and are therefore highly flexible with regard to applications. Erected within a very short time, they can be easily enlarged or reduced in size within the given modular dimensions if so required. As a simple cold hall or thermally insulated version: Choose the solution that is just right for you from a range of doors, gates, vision panels or windows and thermal insulation. Your system hall can be rented, purchased or leased
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Industrial hall
Offer No. 103
Construction: Galvanised steel
Roof: Sandwich elements 60 mm thickness of core
Facade: Sandwich elements 60 mm thickness of core
Features: 2 emergency exits; 1 glass entrance door;
1 rolling gate; 6 display windows;
window; roof drainage
Span width: 20 m
Lateral length: 19.50 m
Lateral height: 4.50 m
Truss-distance: 6.50 m
Snow load: 0.75 kN/sqm
Price on application.
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Steel hall
Offer No. 112
Construction: Galvanised steel
Roof: Sandwich 100 mm
Facade: Sandwich 100 mm
Features: 1 emergency exit; 3 sectional doors;
1 window section each 1 access door with window section;
2 double-casement windows; 8 single-casement windows
2 SHD systems; roof drainage
Span width: 10 m
Lateral length: 26 m
Lateral height: 5.50 m
Truss-distance: 6.50 m
Snow load: 0.75 kN/sqm
Price on application.
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However you plan to use your hall, we provide you with the space you need. Custom-tailored to your needs. With span widths of 50 m, individually adjustable side heights and lengths, you will experience nearly no restrictions. And what is more: The implementation of specifications meeting your special requirements turns your building project into an individual space concept. Choose the solution that is just right for you from the range of doors, gates, vision panels or windows as well as crane tracks and thermal insulation. You can purchase your custom-tailored hall through sale or financial lease.
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HANGAR GALCO®
Model 125 - Length : 20 m
GALCO® Kit 125
Model 125 - Width 12 mètres. Three heights available :
- 3, 4 and 5 metres
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Our wide range of standard products is flanked by a comprehensive design and supply service made-to-measure according to the specific structural and logistical requirements of our clients.
KOPRON® special industrial sheds are installed for the same purposes for which all of our standard industrial sheds are installed, but their design is determined by the particular circumstances existing where these are to be built: long and narrow spaces, irregularly shaped areas, protection of process tanks, movable covering for machinery, silos, pre-chambers for the disposal of solid urban wastes, etc.
These applications are studied and designed to make the installation of the covering as effective and convenient as possible to make a significant contribution in optimizing the final output of the facility or process protected with our covering or even in exploiting areas that would otherwise be impossible to handle with any other system.
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By definition, KOPRON®'s independent industrial sheds are built without any physical connections to existing buildings in areas located in production or commercial premises.
These industrial sheds have the two sides and roof covered with tarpaulin while the front and rear ends are left open to allow transit in both directions. In any case the two ends can be closed with sturdy sliding curtains.These sheds are recommended in particular for the storage of goods that would otherwise take up precious space in production or sales facilities.
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Our wide range of standard products is flanked by a comprehensive design and supply service made-to-measure according to the specific structural and logistical requirements of our clients.
KOPRON® special industrial sheds are installed for the same purposes for which all of our standard industrial sheds are installed, but their design is determined by the particular circumstances existing where these are to be built: long and narrow spaces, irregularly shaped areas, protection of process tanks, movable covering for machinery, silos, pre-chambers for the disposal of solid urban wastes, etc.
These applications are studied and designed to make the installation of the covering as effective and convenient as possible to make a significant contribution in optimizing the final output of the facility or process protected with our covering or even in exploiting areas that would otherwise be impossible to handle with any other system.
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Production hall
Offer No. 103
Construction: Galvanised steel
Roof: Sandwich elements 60 mm thickness of core
Facade: Sandwich elements 60 mm thickness of core
Features: 2 emergency exits; 1 glass entrance door;
1 rolling gate; 6 display windows;
window; roof drainage
Span width: 20 m
Lateral length: 19.50 m
Lateral height: 4.50 m
Truss-distance: 6.50 m
Snow load: 0.75 kN/sqm
Price on application.
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Hall Effect Devices detect magnetic flux density (mainly produced by a permanent magnet) and are used in both movement and position sensing. By integrating the sensing element onto the same silicon as its control logic and interface circuitry, Melexis has produced sensor chips with various degrees of intelligence to suit most applications. Sensing the rotation of shafts (e.g. cam- and crank-shaft) in engine, monitoring movement in motors and actuators, sensing pedal, throttle and steering wheel position, Melexis Hall Devices offer a reliable, contactless method of movement and position detection.
Melexis is a technological leader for the design, development and testing of integrated Hall Effect Devices. Melexis Hall Effect Devices enable an optimal use of the smaller feature sizes of which semiconductor technology is capable today. Therefore, very sophisticated mixed analog-digital signal conditioning circuitry (such as Chopped Analog String, Digital Signal Processing Core, Microcontroller) can be integrated. Most of the devices can withstand the severe automotive conditions despite few external components.
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If you look for a sensor for position, passage, presence, level or speed, we must have it in our range of magnetic sensors. We can even design the ideal product for your applications.
At celduc® relais, we are eager to offer the best products for your application, thanks to our 30-year experience in the key technologies that we use in our products :
- Reed switch, a dry contact in a sealed glass bulb providing insulation at the same time. A simple, reliable and low cost solution.
- Electronic cell, based on either magneto-resistance or Hall effect, necessary for higher performance, particularly in frequency .
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Honeywell's miniature position sensors respond to the presence or the interruption of a magnetic field by producing either a digital or an analog output proportional to the magnetic field strength. These Hall-effect sensors have single and double sensing elements for mounting on IC chips. These extremely small sensors come in a variety of magnetic actuation types including omnipolar, unipolar, bipolar, bipolar latch, ratiometric and analog. Termination types include radial lead IC and surface mount. Some products are available on tape and reel.
Best Used For:
Speed and RPM sensing, brushless dc motor commutation, motor and fan control, tachometer and counter pickup, disc speed and tape rotation, magnetic encoding and flow rate sensing.
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Hall-Effect Position Sensor W/ Linear Output Voltage (HL)
Non- contact magnetic sensors that are designed to respond to a wide range of positive or negative magnetic fields and can sense relatively small changes in a magnetic field. By having magnet as a target, this unit produces a Ratio-metric Rail-To-Rail linear output. It also has an internal amplifier to boost the output to a higher level. These sensors are ideal for applications such as magnetic flux measurement, displacement, and linear output rotary measurement.
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Description:
These Hall-effect devices contain a monolithic integrated circuit which incorporates a Hall element, a linear amplifier, a threshold amplifier, and Schmitt trigger on a single Hallogic® silicon chip. Included on-chip is a band gap voltage regulator to allow operation with a wide range of supply voltages. These devices feature logic level output and provide up to 21 mA of sink current. This allows direct driving of more than 7 TTL loads or any standard logic family using power supplies ranging from 4.5 to 24 volts. Output amplitude is constant at switching frequencies from DC to over 200 kHz. The Uni-Polar turns on with a (logic level “0”) after a sufficient magnetic field from the south pole of a magnet approached the symbolized face of the device (Operating Point) and turns off (logic level “1”) after the magnetic field reached a minimum value. The Bi-Polar latch device turns on (logic level “0”) in the presence of a magnetic south pole and turn off (logic level “1”) when subjected to a magnetic north pole. Both magnetic poles are necessary for operation for Bi-Polar devices. This feature makes these sensors ideal for applications in noncontact switching operations, brushless DC motors and for use with multiple pole magnets.
Features:
- Designed for non-contact switching operations
- Operates over broad range of supply voltages (4.5 V to 24 V)
- Operates with excellent temperature stability in harsh environments
- Drive capability up to 7 TTL loads
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Half-threaded M12x1 Hall Effect sensor Uninflammable nylon glass body sensor
Threaded M12x1 Hall Effect sensor Uninflammable nylon glass body sensor
Cylindrical Hall-Effect sensor diam. 8 Uninflammable nylon glass body sensor
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All the electronic sensors work on a non-contacting basis using magnets - this includes Hall and magnetoresistive sensors. The exceptions are the gear-wheel sensors which use a ferrous gear-wheel. The advantage of magnetoresistive sensors is that the same sensor, a standard small model, can be used for different operational distances. The operational distances which can be achieved depend only on the strength of the magnet used. All the models can also be delivered with non-wearing Hall sensors. Besides the various standard models, we also manufacture customised housings to your requirements.
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Non-contact magnetic sensor proximity switch produces a digital output. The output produced by Hall-Effect Proximity Switch sensor switches between logic low (operate point) and logic high (release point) with presence and absence of a magnet as a target. The difference between the magnetic operate and release points is called the hysteresis of the device. The built-in hysteresis circuitry allows clean switching of the output even in the presence of external mechanical vibration and electrical noise.
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PSSM25D/30
Supply Voltage: 10 - 15Vdc.
Quiescent Current: 25mA Max.
Sensing Distance: 8mm Typical
Output Type: 5V Logic Gate (Pull Down)
Case Material: Aluminium
See Data Sheet for further information
PSSM25S/30
Supply Voltage: 4.5 - 20Vdc
Sensing Distance: 8mm Min.
Output Type: Open Collector
Case Material: Aluminium
See Data Sheet for further information
PTS25D/30
Supply Voltage: 10 - 15Vdc.
Quiescent Current: 25mA Max
Sensing Distance: 8mm Typical
Output Type: 5V Logic gate (Pull down)
Case Material: Brass-Nickel Plated
See Data Sheet for further information
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GVS series Gear tooth sensor provides speed sensing capabilities using an integrated Hall-effect sensor in conjunction with a permanent magnet which supplies a bias field, this ready-to use pick-up directly senses rotating ferrous gear and other similar gear type target. GVS speed sensor is a non-contact, solid state ferrous detecting device with a switched output. Its unique design provides a low cost solution for a wide range of speed sensing applications, especially those requiring true zero speed performance. This device utilizes a Hall Effect sensor that is internally biased with a permanent magnet and detects the interaction from an external ferrous target. Unlike earlier Hall based products, this device automatically detects changes in target position or symmetry to compensates for these changes. This specialized feature eliminates the need to externally calibrate or mechanically adjust each sensor for optimum performance. In addition, electronic hysteresis built into the device eliminates false triggering due to mechanical backlash and vibration.
Features:
Digital Output Signal
Gear Tooth Sensing Capability
No Rotary Orientation Concerns
Operation from –40°C to 125°C
Short Circuit Protection
Zero Speed Operation
High Speed (15kHz) Operation
6.3-24 VDC Operation
Nickel plated, Brass housing
PVC jacketed cable
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AI-Tek has taken its years of experience of designing and manufacturing Hall Effect sensors for engine timing applications and has developed a line of durable products for industrial use.
With multiple standard variations we offer the widest range of standard catalog sensors to meet your various design needs. The design is flexible to easily meet all of your application requirements.
The Hall Effect sensor can sense each change in target movement, regardless of speed, from near zero to 15 kHz frequency range, generating a steady pulse train of frequency proportional to target speed. Typically, each time a gear tooth (or any ferrous discontinuity) passes in front of the sensor the output changes state. This type of sensor is known as a "P" type because it uses N-P-N transistor logic (as opposed to "N" type, which uses P-N-P transistor logic).
Key features to note are:
- Reverse voltage protection, up to -30 Vdc, to prevent damage if miswired
- Higher temperature range of -40°C to +125°C
- Wide range of supply voltage in single design of 4.5 - 24 Vdc
- Two output options of Supply Tracking or TTL Compatible
- Rugged design meeting IEC 77 Standards (European Railroad Applications)
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Hall-Effect Zero Speed Sensor (HS)
Non-contact magnetic sensors that measure the distortion of magnetic field created by a ferrous target. Hall-Effect Zero speed sensors provide very precise measurements of movement even at zero speed which makes the Hall-Effect zero speed sensors ideal for speed measurements. Hall-effect zero speed sensors provide digital output with constant amplitude signal regardless of variation of the speed.
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Wheel Speed Sensor, Gear Speed Sensor : Hall Effect Speed Sensors
Gill Speed Sensors use a dual element hall effect device to detect changing magnetic fields in the presence of a toothed ferrous metal target wheel. Tried and proven in F1 championship gearboxes, our speed sensors are suitable for either gearbox or wheel speed sensing.
With robust fully encapsulated constructions, unique internal designs and sealing methods, the sensors may be fully immersed in oil at high temperature without reduction in performance.
We currently have several differential speed sensor designs available and have the ability to rapidly produce custom products if required.
- Zero Speed to 20KHz
- No Moving Sensor Parts
- High Temperature Operation to 150°C
- Robust
- Thermally Stable
- Compact
- Lightweight
- Custom Designs Available
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The 907 XP (explosion-proof) Hall-effect sensor produces a digital pulse signal for use with speed switches, tachometers, counters, signal conditioners, or can be used as a direct pulse generator.
As a pulser disc or split collar wrap (mounted on the monitored shaft) rotates, the target magnets pass in front of the sensor. The Hall-effect sensor switches high and low as it is exposed to the alternating polarity of the magnets on the disc or wrap, producing a digital pulse output.
The recommended gap distance between the sensor and pulse generator is 1/4 inch +/- 1/8 inch. The gap flexibility makes the sensors tolerant of vibration, slight shaft run-out, minor misalignment, and other industrial elements. The 907 XP sensors are used in applications requiring explosion-proof ratings, or in applications where the sensor may be subject to abuse.
The sensors can be mounted up to 1500 feet from the control unit - speed switch, tachometer, etc. They are powered by 5-25 Vdc and provide an NPN Open Collector output. The 907 XP sensor has an XLB-3 enclosure which is C.S.A. approved and UL rated for Class I Group D; Class II Group E, F, G; Class III. It has a 1-inch NPT conduit opening, and is provided with a mounting bracket.
The 907 XP Hall-effect sensor is the standard EXPLOSION PROOF sensor for most Electro-Sensors systems.
Features:
- Non-contact sensing
- NPN open collector output
- Signal transmits up to 1500 feet
- Large gap distance between sensor and target
- Simple to install and set up
- Optional EZ100 bracket assembly available
- 10ft cable standard - additional lengths available
- High temperature option available - consult factory
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