omron NX102 — инструкция

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Table of Contents Task Scale Control (NX1P) 4 Machine Scale Control (NX102) 5 Line Scale Control (NX502) 7 Factory Scale Control (NX701) 9

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Choosing an OMRON Machine Automation Controller

Choosing an OMRON Machine Automation Controller • Integration into Native Architectures Quickly – Globally open industrial protocols IO Link, EtherCAT®, and EtherNET/IP are all used as designed to provide an effective path from digital devices to a single controller. Control multi-vendor automation for greater impact using your native communication network. Decrease future automation costs with EtherNet/IP and EtherCAT® dedicated built-in ports. Where future projects can leverage EtherNet/IP for larger packet data size to achieve HMI visualization and EtherCAT® for guaranteed packet delivery to achieve deterministic network communication to safety and motion.

• Prioritize safety without compromising performance – Decrease the installation cost of an additional safety controller with the integration of an OMRON safety CPU by leveraging CIP Safety and Fail Safe Over EtherCAT® Connections. • Integration into Digitization Network – With MQTT, OPC UA®, and SQL, the NX controllers can efficiently transfer data to a central location in a web server or simply keep data on edge. Decreasing automation cost by eliminating the need to broker data with a separate computer on the factory floor. • Maintain Machine Certifications Longer – OMRON controllers are notoriously long lived and industrially hardened to survive tough factory conditions.

For machines which require specific certifications, a machine automation controller remains constant for longer. OMRON’s machine automation controllers have been designed to give manufacturing facilities robust safety, accurate motion, and transparent control by harnessing Sysmac’s One Controller, One Connection, and One Software architecture . No matter if automation is required for a single task or an entire factory, the NX portfolio of controllers can be selected to meet today’s demands and allow for scalability needs of tomorrow . When selecting between OMRON NX Controllers,

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NX Controllers Task Scale Machine Scale Line Scale Factory Scale Control Control Control Control NX1P NX102 NX502 NX701 EtherNet/IP EtherCAT® Connections Up to 32 Enet IP Up to 40 Enet IP Up to 2,208 Enet IP Up To 512 Enet IP Up to 16 ECAT Up to 64 ECAT Up to 256 ECAT Up To 512 ECAT Fail Safe over EtherCAT® CIP Safety and Fail Safe over EtherCAT® CIP Safety and Fail Safe over EtherCAT® Fail Safe over EtherCAT® Safety Network Program Capacity And CPU Power 1.5 MB Program Capacity 5 MB Program Capacity 80 MB Program Capacity 80 MB Program Capacity 3.3 ns LD 3.3 ns LD 0.53 ns LD 0.37 ns LD Synchronous Motion Axis 4 Axis PtP & 4 Axis PtP & Up to 4 Axis Coordinated Up to 8 Axis Up to 256 Axis Up to 256 Axis Coordinated

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Task Scale Control NX1P 24 Built-In IO 40 Built In IO PNP Built-In IO Connection NPN Built-In IO Connection PNP Built-In IO Connection NPN Built-In IO Connection Four Motion Axis PtP Only NX1P2-9024DT1 NX1P2-9024DT Four Motion Axis PtP Only Two Coordinated Motion Axis NX1P2-1040DT1 NX1P2-1040DT Four Motion Axis PtP Only Four Coordinated Motion Axis NX1P2-1140DT1 NX1P2-1140DT

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