8 isolated digital inputs
Dry contact, PNP and NPN field devices with integrated counters and configurable filtering.
Titania Super I/O 型号
Titania 通过隔离 Modbus RTU I/O、本地逻辑与工业防护扩展分布式自动化的现场数字连接。
主要能力
Titania 在紧凑 DIN 导轨模块中整合高密度 I/O、诊断与边缘功能。
Dry contact, PNP and NPN field devices with integrated counters and configurable filtering.
Isolated high-side sourcing outputs for 24 VDC loads, with PWM support and programmable safe values.
Hardware logic, autonomous sequencing, alarm annunciation and local PWM operating modes.
Galvanic isolation, reverse-polarity protection, current limiting, thermal shutdown, ESD, EFT and surge protection.
System, communication and per-channel input/output LED indications support commissioning and troubleshooting.
Configure address, communication and operating mode through DIP switches and Modbus registers.
可配置运行模式
安装前请依据最新受控数据表确认最终接线、额定值与适用性。
| 模式 | 功能码 | 典型用途 |
|---|---|---|
| Normal Modbus Slave | Standard Modbus RTU operation using a software-configured slave ID from 1 to 247. | Central PLC, RTU, IPC or SCADA monitoring and control. |
| Hardware Logic Gates | Per-output input masks support AND, OR, XOR, NAND, NOR and XNOR relationships. | Local interlocks and deterministic field actions independent of routine host polling. |
| Pattern Matching | Detects a configured 8-bit input pattern with optional polarity inversion for each input. | Machine-state recognition and compact interlock conditions. |
| Programmable Sequencer | Linear or pendulum sequences with channel mask, step interval, pulse width, inter-sequence delay and repeat control. | Valve sequencing, backwash cycles and repetitive machine actions. |
| Alarm Annunciator | Selected inputs drive steady or blinking outputs using active-high or active-low logic and a configurable flash interval. | Local panels, stack lights, sirens and machine alarm functions. |
| PWM / PID Control | Per-channel PWM includes frequency, duty, ramping, hold, minimum and maximum intensity; supported modes add smoothing, noise tolerance and PID auto-tune. | Time-proportional loads, controlled intensity and supported closed-loop applications. |
| Frequency Simulator | Generates triangle, sawtooth, square or sine frequency patterns between configured limits. | Simulation, test and controlled frequency-output applications. |
| Safe-State Controller | Programs every output for power-up and communications-loss conditions. | Deterministic recovery and network-failure behaviour. |
技术规格
安装前请依据最新受控数据表确认最终接线、额定值与适用性。
8 channels; dry contact, PNP or NPN; 1 kHz maximum input frequency; 32-bit counter per channel; filter selections from Off and 1 microsecond through 100 milliseconds.
8 isolated high-side sourcing outputs; 0.7 A continuous per channel; approximately 1.1 A peak/current limit; PWM 1-50 Hz at 1% steps.
1 x isolated RS-485, 2-wire half duplex; Modbus RTU; 9600, 19200, 38400 and 115200 baud with auto-baud detection; 8N1, 8N2, 8E1 and 8O1.
24 VDC nominal, 19.2 to 28.8 VDC operating range; 2-3 W system consumption excluding external output loads.
161 x 80 x 20 mm; integrated DIN-rail mounting.
-20 C to +70 C operating; -40 C to +85 C storage; 10-95% RH non-condensing.
ESD IEC 61000-4-2, EFT IEC 61000-4-4 and surge IEC 61000-4-5 protection levels stated in the controlled datasheet.

当前受控文件
文件编号 TTN-DS-2026-001 · 发布于 2026 年 7 月 19 日
安装前请依据最新受控数据表确认最终接线、额定值与适用性。
技术洞察
源自当前 PyXis 与 Titania 技术资料的实用指南。
技术文章
Why remote I/O becomes more resilient when it can continue selected logic, sequencing and safe-state functions without the host controller.
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How to select the input mode, reference common and filtering for switches and industrial sensors.
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Design considerations for 1 kHz digital inputs, 32-bit counters, edge selection and reliable pulse capture.
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How protected 24 VDC sourcing outputs should be applied to solenoids, relays, lamps and other industrial loads.
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How deterministic power-up and communication-loss behaviour improves distributed I/O resilience.
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技术文章
Applying Boolean logic, pattern recognition, timed sequences and annunciation functions within distributed I/O.
阅读更多讨论您的 Titania 应用
与团队确认输入类型、输出负载、本地逻辑、通信、隔离与外壳要求。