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GI-H40 Series 40mm Housing Hollow Shaft Increme...
The Model GIH-40 Series 40mm housing 6mm or 8mm hole is ideal for applications requiring a compact, high-precision, high-performance encoder. Approximately 40mm in diameter, available in two distinct formats – a blind hollow bore and a complete thru-bore. All-metal construction and shielded ball bearings provide years of trouble-free use. Attaching directly to a motor is quick and simple with the innovative flex mount. This industry-standard mount eliminates couplings and increases reliability, while reducing overall length and cost. Where critical alignment is required, a Slotted Flex (SF) mount is available.
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GI-H60 Series 60mm Housing Hollow Shaft Increme...
GI-H60 Series hollow shaft encoder provides high performance, cost effective feedback for stepper and servo motor controls. The model offers compact package dimensions, extremely high PPR capabilities and a pluggable pin header. It can provide resolution up to 6000ppr and singnals: 1 singnal A, 2 singnals A/B, 3 singnals A/B/Z, and 6 singals A/B/Z/A-/B-/Z- for TTL(Line Driver Output), and also some customers aslo require 6singnals for HTL output(Push Pull);
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GIS-58 Series 58mm Housing Solid Shaft Increme...
The Model GIS-58 Series Incremental encoder resolution up to 50000ppr is ideal for applications requiring high precision, high performance encoder. Designed with all-metal construction and shielded ball bearings, it will provide years of trouble-free use. The optional flange mounting is ideal for applications requiring a bolt-on, high precision encoder. With its high reliability and quick delivery, the Model GIS-58 Series encoder is the perfect replacement encoder to Omrom, Koyo, Autonics, Bei encoders etc.
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GIS-MINI Series Mini Size 25mm,30mm Housing Sol...
The Model GIS-MINI Series incremental encoder is ideal for applications requiring a small, high precision, high performance encoder. Approximately 25mm/30mm in diameter, it will fit where many encoders cannot. Designed with all-metal construction and shielded ball bearings, it will provide years of trouble-free use. The optional flange mounting is ideal for applications requiring a bolt-on, high precision encoder. With its high reliability and quick delivery, the Model GIS-MINI encoder is the perfect replacement encoder in this size category.
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GI-S50 Series 50mm Huosing Solid Shaft Incremen...
GIS-50 Series incremental encoder is is an easy-to-install incremental encoder with the options of NPN/PNP open collector, HTL, TTL outputs and an extended resolution up to 30000ppr;The gearing of the encoder is from NMB, can enable the encoder movement smoothfully and long work life. It can provide 1 singnal A, 2 singnals A/B, 3 singnals A/B/Z, and 6 singals A/B/Z/A-/B-/Z- for TTL and HTL , And are equivalent with Omron Incremental encoder E6C2 Series(E6C2-CS3C, E6C2-CS3E, E6C2-CS5C, E6C2-CS5C,E6C2-CW3C, E6C2-CW3E, E6C2-CW5C, E6C2-CWZ3C,E6C2-CWZ3E, E6C2-CBZ5C;); Koyo incremental TRD-S Series, Automics ES50 Series incremental encoder.
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GI-S40 Series 40mm Housing Solid Shaft Incremen...
GIS-40 Series incremental encoder is is an easy-to-install, incremental encoder with the options of NPN/PNP open collector, Push pull, Line Driver outputs and an extended resolution up to 10000ppr;GIS-40 Incremental encoder is 38mm housing, small size encoder, it can manage the users install it in a limited space; The gearing of the encoder is from NMB, can enable the encoder movement smoothfully and long life.
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GMA-EC Series EtherCAT Interface Ethernet Multi...
GMA-EC Series encoder is an EitherCAT EitherNet interface cooper-gear type multi-turn absolute encoder with housing Dia.:58mm; Solid Shaft Dia.:10mm; Resolution: Max.29bits;EtherCAT is a highly flexible Ethernet network protocol that is developing at a rapid rate and growing at an even faster clip. A unique principle called “processing on the fly” gives EtherCAT a handful of unique advantages. Because EtherCAT messages are passed before being processed in each node, EtherCAT operates at a high speed and efficiency. The process also creates flexibility in topology and incredible synchronization. Outside of the advantages gained from “processing on the fly,” EtherCAT benefits from superb infrastructure. EtherCAT includes, among other things, a safety protocol and multiple device profiles. EtherCAT also benefits from a strong users group. The combination of benefits means EtherCAT is poised for continued growth.
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GMA-PL Series Power-Link Interface Ethernet Mul...
GMA-PL Series encoder is a POWERLINK EitherNet interface Cooper-Gear-type multi-turn absolute encoder, with housing Dia.:58mm, Solid Shaft Dia.:10mm, Resolution: Max.29bits, Supply Voltage:5v,8-29v; POWERLINK is a patent-free, manufacturer-independent and completely software-based real-time communication system. It was first presented to the public in 2001 by the EPSG and available as a free open source solution since 2008. POWERLINK uses standard Ethernet components, ensuring the users of the benefits and flexibility of standard Ethernet technology. As a result, the users can continue to work with the same standardized hardware components and diagnostics tools as for the standard Ethernet communication.
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GMA-MT Series Modbus-TCP Interface Ethernet Mul...
GMA-MT Serie encoder is an Modbus-TCP interface cooper-gear-type multi-turn absolute encoder with housing Dia.:58mm; Solid Shaft Dia.:10mm, Resolution:Max.29bits; MODBUS TCP/IP is a variant of the MODBUS family of simple, vendor-neutral communication protocols intended for supervision and control of automation equipment. Specifically, it covers the use of MODBUS messaging in an ‘Intranet’ or ‘Internet’ environment using the TCP/IP protocols. The most common use of the protocols at this time are for Ethernet attachment of PLC’s, I/O modules, and ‘gateways’ to other simple field buses or I/O networks.
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GMA-C Series CANopen Interface Bus-based Multi-...
GMA-C Series Encoder is a multi-turn cooper-gear type CANopen interface absolute encoder, CANopen is a CAN-based communication system. It comprises higher-layer protocols and profile specifications. CANopen has been developed as a standardized embedded network with highly flexible configuration capabilities. It was designed originally for motion-oriented machine control systems, such as handling systems. Today it is used in various application fields, such as medical equipment, off-road vehicles, maritime electronics, railway applications, or building automation.
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GMA-PN Series Profinet Interface Ethernet Multi...
GMA-PN Series encoder is a Profinet interface gear-type multi-turn absolute encoder with housing Dia.:58mm; Solid Shaft Dia.:10mm; Resolution: Multi-turn Max.29bits; Supply Voltage:5v,8-29v, PROFINET is the communication standard for automation of PROFIBUS & PROFINET International (PI). Among its several features the following characteristics substantiate the usage of PROFINET:
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GMA-D Series DeviceNet Interface Bus-Based Mult...
GMA-D Series encoder is a DeviceNET interface cooper-gear-type mult-turn absolute encoder with housing Dia.:58mm; Solid Shaft Dia.:10mm, resolution: Max.29bits; This protocol is mainly used by Allan Bradley / Rockwell. DeviceNet uses the same physical layer as CAN, combined with CIP. The Communications and Information Protocol (CIP) is a communications protocol for transferring automation data between devices. Communication is also done by message telegrams (11 bits of identifier and 8 subsequent bytes).
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GMA-DP Series Profibus-DP Interface Bus-based A...
GMA-DP Series encoder is a Profibus-DP interface multi turns absolute encoder, it provides resolution of max.29bits,with Housing Dia.:58mm; Solid Shaft Dia.:10mm,Supply Voltage:5v,8-29v, PROFIBUS bus was the first international, open producer-independent standard fieldbus for building, manufacturing and process automation (in accordance with EN 50170). There are three different versions: Profibus FMS, Profibus PA and Profibus DP. Profibus FMS (Fieldbus Message Specification) is appropriate for object-oriented data exchange in the cell and field area. Profibus PA (Process automation) fulfills the request of the process industry and can be used for the intrinsically safe and not intrinsically safe area. The DP version (decentral peripherie) is for fast data exchange in the field of building and manufacturing automation. POSITAL Profibus encoders are ideal for this area.
