Fabricante: Omron
Nº do Produto: NX-TS3202
País de origem:Japão
Tipo de Produto: Temperature Input Units
Pagamento: T/T, Western Union
Peso: 130g
Dimensões: 24 (W) x 100 (H) x 71 (D) mm
Porto de embarque: Xiamen
Garantia: 12 meses
The Omron NX-TS3202 Temperature Input Unit provides high-density, high-precision RTD monitoring for industrial automation systems operating on the Omron NX-series bus. This module interfaces directly with Pt100 three-wire resistance temperature detectors, offering precise multi-channel thermal feedback to Sysmac machine controllers or remote I/O couplers. Built for harsh factory environments, it features robust galvanic channel-to-channel isolation to prevent ground loops and protect upstream control electronics from high-voltage transients.
| Specification Parameter | Value / Details |
|---|---|
| Manufacturer | Omron |
| Model Number | NX-TS3202 |
| Input Channels | 4 points (Resistance thermometer) |
| Sensor Compatibility | Pt100 (three-wire) |
| Conversion Time | 10 ms per Unit |
| Resolution | 0.01 degC max. |
| I/O Refreshing Method | Free-Run refreshing |
| Input Detection Current | Approx. 0.25 mA |
| Conductor Resistance Influence | 0.06 degC/Ohm max. (up to 20 Ohm max.) |
| Isolation Method | Transformer (Power), Digital Isolator (Signal) [Inputs to NX Bus & between inputs] |
| Dielectric Strength | 510 VAC between isolated circuits for 1 minute (leakage current <= 5 mA) |
| Insulation Resistance | 20 MOhm minimum at 100 VDC between isolated circuits |
| NX Unit Power Consumption | 1.50 W max (on CPU Unit); 1.05 W max (on Coupler Unit) |
| Physical Dimensions | 24 (W) x 100 (H) x 71 (D) mm |
| Net Weight | 0.13 kg |
| Shipping Weight (Calculated) | 1.5 kg |
| Terminal Row | Terminal Connection Assignment (Pt100 3-Wire) |
|---|---|
| Terminal Block A | Inputs for Channel 0 & Channel 1 (A, B, B' wiring contacts + shield termination point) |
| Terminal Block B | Inputs for Channel 2 & Channel 3 (A, B, B' wiring contacts + shield termination point) |
The unit uses standard three-wire Pt100 RTDs. It should not be confused with the NX-TS3101 series, which is dedicated to thermocouple interfaces, or the NX-TS3201, which features a different channel configuration. When replacing older units, verify that Sysmac Studio has been updated to support the unit configuration to prevent hardware identification mismatches on the EtherCAT network coupler.
This module relies on precise physical excitation currents (approximately 0.25 mA). Cable lengths must be designed to minimize conductor resistance; resistance over 20 Ohms per wire will degrade measurement accuracy, adding up to 0.06 degC/Ohm of drift. To achieve the specified conversion accuracy, the module requires a continuous warm-up period of at least 30 minutes after power-up.
Always use high-quality shielded twisted-pair (STP) wiring for sensor lines. Terminate the shield at the ground terminal block on the NX-series unit or system ground bar to suppress high-frequency electrical noise from nearby variable frequency drives (VFDs). Do not route RTD sensor cables parallel to high-voltage power lines in the wire duct.
Shut off all power supplies connected to the NX-series bus CPU or communication coupler before installing, removing, or wiring the module. Failure to de-energize the assembly can cause permanent component damage to the unit’s internal logic circuits or disrupt field communications.
Mount the module by aligning the top hook of the unit with the DIN rail and pressing down firmly until you hear the sliding hook click into place.
Insert the pre-stripped three-wire Pt100 cables directly into the screwless clamp terminal block. Use a flat-blade screwdriver to release the tension clamp if removing wires.
Verify correct LED TS indicator behavior after system initialization. A solid green light indicates normal bus communication and functional sensor acquisition.
Envio Expresso Global
Devoluções e Garantia
Os pedidos são processados e entregues de segunda a sexta-feira (exceto feriados).
Para elegibilidade completa, taxas de reposição e detalhes de devolução internacional, por favor, consulte nosso oficial Política de Reembolso e Devolução .
| Country of origin |
Japão
|
Este artigo explica como os atuadores elétricos integrados, como a série e-Actuator da SMC, estão transformando o controle de movimento industrial ao substituir os sistemas pneumáticos e hidráulicos...
Este artigo explica como os sistemas PLC realizam operações matemáticas básicas, como adição, subtração, multiplicação, divisão, módulo e exponenciação dentro da automação industrial. Ele mostra como...
O artigo explica várias funções avançadas de lógica Booleana usadas na programação de CLPs além das operações básicas AND, OR e NOT. Ele aborda como ferramentas como tabelas verdade, multiplexadores,...
A lógica booleana é a base de todo programa PLC. Desde controles simples de máquinas até sistemas complexos de automação industrial, as portas lógicas determinam como os controladores respondem a...
Firewalls industriais desempenham um papel crucial na cibersegurança OT, protegendo redes PLC, DCS e SCADA por meio de segmentação, controle de entrada/saída e integração IDS/IPS alinhada aos...
As garras robóticas modernas estão evoluindo além das tradicionais mandíbulas mecânicas. De sistemas adesivos inspirados em lagartos-gecko e garras macias de grau alimentício a ferramentas de armazém...
