Encoders - Import export

L’encodeur d’axe de WDG 58V a été particulièrement développé par Wachendorff pour le secteur alimentaire et pour le secteur pharmaceutique, où les demandes de l’hygiène et de la propreté sont la priorité première. Le logement et l’axe sont fabriqués en acier inoxydable V4A . Le PTFE a été choisi pour les joints radiaux deadroom-libres d’axe. La conception et la construction de ces encodeurs sont conformes aux conditions de normalisation les plus rigoureuses. Le WDG 58V réalise ainsi l’estimation élevée IP69K de protection et a été certifié par les établissements indépendants ECOLAB et EHEDG. Les avantages du codeur magnétique Modèle compact pour utilisation en environnement sévère Homologation par EHEDG et ECOLAB Alimentation : 4.75 à 5.5 VDC ; 5 à 30 VDC ; 10 à 30 VDC Température de fonctionnement : - 40 °C à + 80 °C Degré de protection : IP65 Un des plus petit codeur magnétique du marché

Codeurs incrémentauxà disque optique en acier inoxydable. Wachendorff développe et fabrique des codeurs incrémentauxà arbre plein et à arbre creux. Wachendorff propose aussi de réaliser des codeurs personnalisés adaptés à vos besoins. Les produits Wachendorff sont certifiés et conformes aux normes DIN/ISO 9001/ DIN/ISO 14001. Grâce à leur combinaison électronique / optique / mécanique, ces codeurs sont les plus robustes et les plus sûrs du marché. Un degré de protection élevé, une large plage de températures et une électronique résistante permettent également la mise en oeuvre dans des applications très pointues. Les codeurs incrémentaux Wachendorff ont une durée de vie et une fiabilité reconnues. Ils sont garantis 3 ans. Idéal dans l’industrie alimentaire et brassicole, ainsi que pour les applications extérieures, les codeurs incrémentaux Wachendorff sont homologuées par EHEDG et ECOLAB avec des degrés de protection élevés(IP69K) Wachendorff est particulièrement compétitif pour...

Wachendorff propose une large gamme de codeurs, disponibles dans un délai de livraison standard de 10 jours ouvrables. La qualité de montage des produits participe à la réputation de la marque et a permis d'obtenir les certification DIN ISO 9001 et 14001 . Avantages du système de mesure de longueur Wachendorff  : Bras ressort disponible pour tout type d’installation et de direction. Force de tension réglable : 20 N, 25 N et 30 N pour une pression de contact optimale et pour compenser les irrégularités Codeur incrémental WDG 58B câble 2 m Roue de mesure MR500 disponible pour différents types de surfaces Résolution : 1 mm; autres sur demande

Codeurs incrémentaux, absolus et magnétiques. Les codeurs incrémentaux Wachendorff existent en version à arbre plein et en version à arbre creux. Wachendorff peut développer des codeurs personnalisés en fonction de vos besoins. Grâce à la combinaison optimale de l’électronique, de l’optique et de la mécanique, ces codeurs sont parmi les plus robustes et les plus fiables du marché. Un degré de protection élevé (IP67), une large plage de températures et une électronique résistante permettent également la mise en oeuvre dans des environnements sévères. Gamme d'accessoires Wachendorff Accessoires de montage Adaptateurs d’axe et de boîtier Accouplements spirale, ressort, à soufflet, articulé, à fente et Paguflex Connecteurs femelles Câbles prêts à l’emploi Bras à ressort pour mesure de distance Roues de mesure pour tout type de surface

Siemens encoders The following options are available for encoders manufactured by Siemens Purchase a reconditioned replacement part or new part Replace a reconditioned replacement part or new part Purchase product overhaul repair or cleaning & inspection services We will be happy to supply an on site service incl. support over the phone, upon request. Our extensive replacement parts warehouse with more than 100,000 instantly accessible modules provides our customers with a fast supply of replacement parts ensuring the costs of machine downtimes are kept to a minimum. All of the repaired modules, exchange services and replacement part deliveries of Siemens encoders come with an 24 month warranty*.

Heidenhain components are mainly used in precision machining operations by CNC milling and turning machines.

Versatile choice due to the high torque and speed. This motor is the best choice for most applications with medium loads. Stepper motors from igus® are a good supplement to drylin® linear axes. They are characterised by their cost-effectiveness, their precision and easy control. They work reliably under the most varied environmental conditions (depending on the selected class of protection IP). The igus® stepper motors can be connected to the most common motor controls using standardised electrical connection. The connector interface provides a high IP65 protection level (IP: International Protection). The higher the IP rating, the better the motor is protected from the ingress of dirt and water. The encoder sends signals from the motor to the motor control. The encoder verifies that the required linear motion has occurred precisely as required. Encoder = increased machine accuracy.

When combined with the appropriate gearbox, drylin® linear axes with the new BLDC motors achieve higher speed and greater torque. Energy is used more efficiently, as a result of which EC/BLDC motors are more durable and have a longer service life. Due to the fact that carbon brushes are not used, brushless motors are almost completely wear-resistant, generate less heat and enable longer, uninterrupted operation. The EC/BLDC motors have the same connections as NEMA 17/23/24/34 stepper motors. - Brushless motors enable higher speed and greater torque - Longer operating time and service life - Virtually wear-free - Less heat generated - for all drylin® linear modules and axes with NEMA17/23/24/34 hole pattern

For designs that require a stepper motor with directly integrated lead screw, drylin® E offers the ideal solution. The stand-alone versions with NEMA11 stepper motor (very small type) are available in a compact type with or without encoder. The lead screw is centred and in combination with the dryspin® high helix thread technology, the system has a long service life. Stepper motors from igus® are a good supplement to drylin® linear axes. They are characterised by their cost-effectiveness, precision and easy control. They work reliably under the most varied environmental conditions (depending on the selected class of protection IP). The igus® stepper motors can be connected to the most common motor controls using standardised electrical connection. The encoder sends signals from the motor to the motor control. The encoder verifies that the required linear motion has occurred precisely as required. Encoder = increased machine accuracy.

maxon X drives Configure the next generation of DC drives. Configure and combine the DC motor (DCX, DC-max), gearbox (GPX) and sensor (ENX) according to your individual requirements, easily and online. After only 11 working days, the drive systems are ready for shipment from Switzerland. Detailed product data can be viewed online immediately and 3D data for the configuration is available for download. An advantage with any configuration. Client showcase - Oxford Space System Oxford Space Systems is an award-winning space technology business developing a range of its deployable structures for space. Oxford Space Systems (OSS), based at the UK’s Space Cluster, on the Harwell Science & Innovation Campus, are a small company with big ideas. They have developed a new type of advanced material, which enables deployable space structures to be uniquely lightweight and allows greater simplicity in design. They have partnered with RAL Space and are able to simulate conditions in space using their thermal vacuum chamber and vibration table. Watch this video to see how OSS are using the popular DCX motor product range from maxon and how Mike Lawton, Founder and CEO, sees the future of the space industry. Watch this 3 minute video to find out how they are working with maxon motor.3-channel encoders with inverse signals for interference free function. The counts per turn may be easily programmed at production.

maxon ENX absolute encoders feature a robust design and high signal quality. The ENX EASY Absolute is a single-turn absolute encoder with 4096 steps per turn for SSI or BiSS-C interfaces. The SSI or BiSS-C signal protocols can be programmed ex works. Signal protocol, cable length and cable alignment can be configured online.

maxon Easy encoders excel with their robust construction and high signal quality. The 3-channel encoders with inverted signaling guarantee trouble-free function even under very heavy load. The number of counts per turn is programmable at the factory.

maxon Easy encoders excel with their robust construction and high signal quality. The 3-channel encoders with inverted signaling guarantee trouble-free function even under very heavy load. The number of counts per turn is programmable at the factory.

maxon Easy encoders excel with their robust construction and high signal quality. The 3-channel encoders with inverted signaling guarantee trouble-free function even under very heavy load. The number of counts per turn is programmable at the factory.

maxon Easy encoders excel with their robust construction and high signal quality. The 3-channel encoders with inverted signaling guarantee trouble-free function even under very heavy load. The number of counts per turn is programmable at the factory.

maxon Easy encoders excel with their robust construction and high signal quality. The 3-channel encoders with inverted signaling guarantee trouble-free function even under very heavy load. The number of counts per turn is programmable at the factory.

maxon Easy encoders excel with their robust construction and high signal quality. The 3-channel encoders with inverted signaling guarantee trouble-free function even under very heavy load. The number of counts per turn is programmable at the factory.

maxon ENX absolute encoders feature a robust design and high signal quality. The ENX EASY Absolute is a single-turn absolute encoder with 4096 steps per turn for SSI or BiSS-C interfaces. The SSI or BiSS-C signal protocols can be programmed ex works. Signal protocol, cable length and cable alignment can be configured online.

maxon ENX absolute encoders feature a robust design and high signal quality. The ENX EASY Absolute is a single-turn absolute encoder with 4096 steps per turn for SSI or BiSS-C interfaces. The SSI or BiSS-C signal protocols can be programmed at the factory.

RFID sensor with 16 million codes Lock control and two alarm levels Programmable code through auto-learning (no software or PC) Switching cycle: B10 = 1 million Max activation distance: up to 25 mm Contact/diagnostics: 1 x 1.8A PNP timed 5s/2 x 200m APNP Alarm 1 (120s failure to close) and 2 (30s breaking open) Duration of alarms editable upon request (XR530P, P1 ... P10) Detection encoding: 16 million Indicator: LED indicates code recognition Optional erasing card to reassign new codes Encoding of geographic location: (base + E1 to E10) Reset : automatic Attachment: 4 tamper-proof M4 screws (in base option: BH4) Mounting position: 2 (double wall brackets) Material: PA6 Electrical Connection: 3, 6, 12m (UL2464 PVC) Sealing: IP 67 Temperature: -25 °C to +70 °C. Marking: pad printing + serial number for traceability Option: badge nail, screw, plate screw, key chain, card ... etc. Application example: access to luxury showcases with lock control

RFID sensor with 16 million codes Lock control and "burglar" alarm Supervision, traceability via PC, RS485 network and output contacts Life cycle: 20 years Max activation distance: up to 45 mm Contact/diagnostics: 1 x 1.8A PNP timed 5s/2 x 100mA PNP Alarm 1 (120s failure to close) and 2 (30s breaking open) Detection encoding: inviolable multicode Indicator: LED indicates code recognition Reset: automatic Attachment: 4 tamper-proof M4 screws (in base option: BH4) Mounting position: 1 Material: POLYCARBONATE Electrical Connection: 50cm PUR cable with M12 connector Sealing: IP 67 Temperature: -20 °C to +60 °C Marking: pad printing + serial number for traceability Options: - Software for real-time monitoring with openings traceability via PC (ref MDB13-SP.) - Software programming of badges and network configuration (ref MDB13-PR.) - Automatic network connection (LKS485): up to 8 cascading boxes and 4 readers per box or 32 readers. Individual contact outputs on each box - badge nail, screw, plate screw, key chain, card ... etc. Application example: access to luxury showcases with lock control and traceability

RFID sensor with 16 million codes Category 3 total security management without an external controller Programmable code through auto-learning (no software or PC) Level of performance with AWAX controller: up to PL = e Safety category without an external controller: 3 (EN 954-1) Cycle after dangerous failure: B10d = 2000000 at 2 Amps Max activation distance: up to 24 mm Security contact/diagnostics: 2 x redundant NO 2A/48V and 1 x 400mA PNP auxiliary Detection encoding: inviolable multicode Indicator: LED indicates code recognition Reset: automatic Attachment: 4 tamper-proof M4 screws (in base option: BH4) Mounting position: 2 (double wall brackets) Material: PA6 Electrical Connection: 3, 6, 12m cable (UL2464 PVC) or 50cm PUR cable with M12 connector (base + MKT) Sealing: IP 67 Temperature: -20 °C to +60 °C Marking: pad printing + serial number for traceability

Contactless "door lock" encoded detection Unlock command with just one contact during serialization of products • Cycle before dangerous failure: B10d = 1,000,000 at 200mA • Bolt travel: 9 mm • Bolt diameter: 12 mm • Shearing strength: 1000 N • Distance between latch and lock: 0 to 4 mm (adjustable when assembling, recommended to 4 mm) • Maximum lateral displacement between strike and lock: +/- 0.8 mm • Maximum angular displacement between strike and lock: +/- 5° • Safety locking contacts: 2 x NO 0.4A /24V redundant and • Unlock command: PLC-compatible (12~30 VDC/2~5 mA) • Diagnostic error: Auxiliary output indicates unlocking • Reset: on command • Infinite automatic offset control when connected in series: minimal consumption • Auxiliary release: key supplied (free key in lock mode; captive key in release mode) • Attachment: 4 M4 screws (screw covers included) • Mounting position: 1 • Material: PA6 fiberglass reinforced • Electrical connection: very resistant 50 cm or 130 cm PUR UL20549 cord with M12 connector or cable (contact us) • Water resistance: IP 65 • Ambient temperature: -5°C to +40°C. • Marking: screen printed + serial no. for traceability

RFID sensor with 16 million codes Suitable for metallic environments Programmable code through auto-learning (no software or PC) Level of performance with AWAX controller: up to PL = e Safety category: up to 4 (EN 954-1) with AWAX controller Time to dangerous failure: MTTFd = 40 years Max activation distance: up to 24 mm Security contact/diagnostics: 2 x redundant NO 50mA/30V and 1 x 50mA auxiliary PNP Detection encoding: inviolable multicode Indicator: LED indicates code recognition Reset: automatic Attachment: 4 tamper-proof M4 screws (in base option: BH4) Mounting position: 2 (double wall brackets) Material: PA6 Electrical Connection: 50cm PUR cable with M12 connector Sealing: IP 67 Standing room temperature: -30 °C to +50 °C. Storage temperature: -40 °C to +85 °C Marking: pad printing + serial number for traceability Certificate: E2 10R-04 14053 (UTAC) ISO 7637-2 (Pulse 1, 2a, 2b, 3a, 3b, 4)

RFID sensor with 16 million codes Suitable for metallic environments Programmable code through auto-learning (no software or PC) Max activation distance: up to 24 mm Security contact/diagnostics: 2 x 400mA and 1 x 200mA auxiliary PNP Detection encoding: inviolable multicode Indicator: LED indicates code recognition Reset: automatic Attachment: 4 tamper-proof M4 screws (in base option: BH4) Mounting position: 2 (double wall brackets) Material: PA6 Electrical Connection: 50cm PUR cable with M12 connector Sealing: IP 67 Standing room temperature: -25 °C to +70 °C. Storage temperature: -40 °C to +85 °C Marking: pad printing + serial number for traceability

Contactless "door lock" encoded detection Contactless "door open / closed" detection Unlock command with just one contact during serialization of products Emergency evacuation handle • Level of performance with AWAX controller: up to PL = e Safety category with an external controller: up to 4 • Cycle before dangerous failure: B10d = 1,000,000 • Bolt travel: 14 mm • Bolt diameter: 24 mm (beveled for "under-voltage" closed position or "lock" mode) • Shearing strength: 2000 N • Gap between strike and lock: 2 to 4 mm (adjustable when assembling, recommended to 4 mm) Maximum lateral offset between strike and lock: +/- 2.5 mm • Maximum angular displacement between strike and lock: +/- 5° • Safety locking contacts: 2 x NO 2A/50V • Safety door contacts: 2 x PNP/500 mA • Unlock command: PLC-compatible (12~30 VDC/2~5 mA) • Fault Diagnosis: bolt stuck, power out of specification, temperature out of specification, electromagnet failure, serialization failure • Reset: on command • "SMART consumption" for minimal power consumption when connected in series • Auxiliary release: female triangle key 8 mm x 14.2 mm (optional) • Attachment: 4 M6 screws (screw covers supplied, screws not included) • Mounting position: 2 (door pulling, door pushing) • Material: PA6 fiberglass reinforced • Electrical connection: very resistant 50 cm PUR UL20549 cord with M23 connector or cable (contact us) • Water resistance: IP 65 • Operating temperature: -15°C to +45°C • Marking: screen printed + serial no. for traceability • Reference for evacuation handle: AT