EMERSON 1X00314G06 Product Description

I. Product Overview

The Emerson 1X00314G06 is an I/O Interface Module of the 1X series from the Emerson Ovation DCS system. It inherits the control technology of Westinghouse and serves as a signal bridge between the field equipment and the Ovation control station, enabling the collection, conditioning, and transmission of multiple field signals, while forwarding control instructions to the actuators. It is the core unit in the I/O architecture of the Ovation system responsible for signal adaptation and electrical isolation, ensuring the stable, reliable, and accurate data exchange between the field sensors, actuators, and the DCS system, and supporting the 7×24-hour continuous operation of the Ovation DCS system. 

II. Core Functions

Support for multi-type on-site signal acquisition

Support for multiple industrial standard signals, including 4–20mA DC current signals, 0–10V DC voltage signals, and dry contact switch signals, which are suitable for sensors such as temperature, pressure, level, and flow, as well as on-site switch equipment outputs; Built-in signal conditioning circuitry amplifies, filters, and calibrates weak signals, eliminating noise interference and improving signal acquisition accuracy and stability.

Electrical isolation and signal protection, with strong anti-interference capabilities

Adopt channel-system and channel-channel multi-level electrical isolation design, with an isolation strength of 1500V AC/1min, effectively blocking industrial site ground potential differences, common-mode interference, and transient shocks; Integrated EMI filtering, surge suppression, and ESD protection circuits, compliant with EN 61000-6-1/2/3/4 standards, capable of withstanding interference from frequency converters, large-power motors, etc., and protecting the module and the backend system safety.

Bidirectional signal transmission, compatible with control command forwarding

Not only realizes the upload of on-site input signals to the controller, but also can receive control commands issued by the Ovation system, converting them into telecommunication signals suitable for on-site actuators, driving regulating valves, electromagnetic valves, contactors, etc.; The signal conversion has high accuracy and fast response, and supports closed-loop control and interlock protection logic execution.

Intelligent diagnosis and status monitoring, rapid fault location

The panel is equipped with high-brightness LED indicators for power, operation, fault, and channel status, intuitively displaying module power supply, operation status, fault alarms, and signal status of each channel; Supports remote diagnosis via the Ovation system, capable of uploading codes and status information for channel open/closed circuits, signal over-range, isolation faults, communication abnormalities, etc., and real-time monitoring of health status in the background, precise fault location, and shortened troubleshooting time.

Wide temperature, shockproof, and dustproof design, long-term operation in harsh conditions

Uses industrial-grade components and reinforced PCB boards, with coated anti-moisture, anti-salt fog, and anti-corrosion three-layer protection coatings; Operating temperature range: -40°C to +70°C, storage temperature range: -55°C to +90°C, relative humidity 0%–95% RH (non-condensing); Tolerates vibration (5g rms, 10–500Hz) and shock (30g, 11ms half-sine wave), with an average failure-free time (MTBF) of ≥600,000 hours, suitable for harsh industrial environments such as high temperatures, humidity, dust, and salt fog.

Plug-and-play compatibility, supports online hot-swappable maintenance

Adapts to Ovation standard I/O rack DIN rail installation, sharing the backplane bus with the controller and power supply, plug-and-play, system automatically recognizes configuration, no complex programming required; Compatible with the entire series of Ovation controllers (OCR3000, OCR1100, etc.) and 1X series I/O modules, supports online hot-swappable replacement, no system shutdown required, single-channel failure does not affect the operation of other channels, effectively reducing downtime losses.

Multiple electrical protections, ensuring equipment safety

Built-in overvoltage, undervoltage, overcurrent, reverse polarity, short-circuit protection circuits, single-channel fault isolation, without affecting the overall operation; Automatic current-limiting protection when input overvoltage/overcurrent, preventing module and backend equipment damage; Reverse polarity protection design, avoiding the risk of equipment burnout caused by incorrect positive/negative pole connection in the field, enhancing system safety. Signal accuracy: ±0.1% FS (full scale, 25℃)

Response time: ≤25ms (signal conversion and transmission)

Isolation strength: Channel-to-channel 1500V AC, channel-to-system 1500V AC

Signal protection: Overvoltage, overcurrent, short circuit, surge suppression

(II) Communication parameters

Bus protocol: Ovation private I/O bus protocol

Communication rate: Synchronized with the backplane bus, compatible with real-time data interaction of the Ovation system

Data transmission: Upload input values of each channel, diagnostic information, fault codes; Receive system output instructions

System compatibility: Ovation 3.0 and above versions of the system

(III) Electrical parameters

Power supply voltage: 24V DC (±10%), powered by the Ovation backplane

Working current: ≤0.5A (full load)

Power consumption: ≤12W

Insulation strength: Input-output 1500V AC/1min, input-outside shell 1500V AC/1min

Leakage current: ≤3.0mA (24V DC power supply)

(IV) Environmental parameters

Working temperature: -40℃ to +70℃ (full load without reduction)

Storage temperature: -55℃ to +90℃

Relative humidity: 0%–95% RH (no condensation)

Anti-vibration: 5g rms, 10Hz–500Hz

Anti-shock: 30g, 11ms half sine wave

EMC performance: Compliant with EN 61000-6-1/2/3/4, CE, UL 508

Protection level: IP20 (module body)

(V) Physical parameters

Size: 121mm×25mm×70mm (length × width × height, standard 1X series size)

Weight: Approximately 0.38kg

Material: Industrial-grade metal casing, PCB board three-proof coating

Certifications: CE, UL 508, RoHS, CSA

Origin: USA

Four, Product features

Multi-signal compatibility, wide application scenarios

Support for both analog and digital signal input, covering most sensor and actuator signal types in industrial sites, without the need for additional signal conversion modules, simplifying the system architecture, reducing hardware costs, and adapting to complex signal mixed scenarios.

Multi-level isolation + strong protection, excellent anti-interference ability

Multiple electrical isolation design, completely blocking interference signal crosstalk; complete EMC protection and surge suppression, able to withstand strong electromagnetic interference and transient impacts in industrial sites, ensuring stable signal transmission without drift, avoiding abnormal situations such as incorrect collection and incorrect actions.

Wide temperature reinforcement + three-proof, stable and reliable in harsh conditions

Extremely wide working temperature range, capable of stable operation in extremely cold and hot environments; three-proof coating protection, resisting moisture, salt fog, and dust erosion, strong anti-vibration and shock resistance, low failure rate during long-term operation, reducing the risk of downtime caused by the environment.

LED indication + remote diagnosis, efficient and convenient operation

Intuitive LED status display, enabling quick judgment of module and channel status on-site; remote real-time monitoring of module parameters and health status, precise fault code location, supporting hot-swappable maintenance, reducing technical threshold and downtime.

Plug-and-play + hot-swappable, trouble-free deployment and maintenance

Standard rack installation, plug-and-play, system automatic recognition, quickly completing deployment; supports online hot-swappable, faulty modules can be replaced without downtime, single-channel fault isolation design, not affecting the overall system operation, ensuring production continuity.

Bidirectional signal transmission, control adaptation flexibility

Comprises both signal acquisition and command forwarding functions, enabling bidirectional data interaction between on-site equipment and the DCS system, adapting to closed-loop control, interlock protection, sequential control and other control logics, meeting diverse control requirements in industrial processes. Electric power industry: Thermal power, hydropower, nuclear power. The Ovation DCS system is used for collecting analog signals such as temperature, pressure, flow, and vibration of equipment like boilers, steam turbines, and generators, as well as for controlling the output of switch devices such as solenoid valves and contactors, ensuring the stable operation of power station equipment.

Chemical industry: Petrochemical, fine chemical, coal chemical plants. It collects process parameter signals of equipment such as reaction vessels, distillation towers, and compressors, and outputs control signals to regulating valves and actuators, adapting to explosion-proof, strong interference, and humid environments, ensuring continuous production and process safety.

Oil and gas industry: Oil and gas extraction, transportation, and refining plants. It collects signals such as pipeline pressure/temperature, storage tank liquid level, and equipment vibration, controls the actuators such as pumps and valves, tolerating extreme temperatures, sandstorms, and salt spray environments, achieving precise monitoring of oil and gas production.

Metallurgical industry: Steel, non-ferrous metal smelting automation systems. It collects signals such as heating furnace temperature, rolling mill pressure/velocity, and cooling system flow, outputs control signals to on-site equipment, tolerating high temperatures, dust, and strong electromagnetic interference conditions, ensuring the stability of the metallurgical production process.

Other industrial scenarios: Ovation DCS system in large-scale water treatment, papermaking, cement, pharmaceutical industries, etc. It is used for collecting various process parameter signals and controlling the actuators, adapting to harsh industrial environments, supporting the automation monitoring and interlock protection of the production process.

Six. Installation and Maintenance

(1) Installation Requirements

Installation location: Fixed on the DIN rail of the Ovation standard I/O rack, installed firmly to prevent vibration; reserve ≥50mm above and below the module and ≥30mm left and right for heat dissipation space to ensure good ventilation and avoid high-temperature heat accumulation affecting module performance.

Environmental requirements: Working temperature -40℃ to +70℃, humidity 0%–95% RH (non-condensing); Stay away from strong heat sources, strong electromagnetic sources (such as frequency converters, large power motors), avoid direct sunlight and dust accumulation, and clean the cooling channel of the cabinet regularly.

Cabling norms: Analog signal cables use shielded twisted pair, single-ended grounding of the shielding layer, reducing electromagnetic interference; Switching quantity signal wiring distinguishes positive and negative poles, secure without loosening; 24V DC power supply is provided by the backplane, ensuring stable and undisturbed power supply.

(2) Maintenance Points

Regular inspection: Monthly check the appearance of the module, LED status indicator lights, and wiring terminals to confirm normal signal collection and output; Check the DCS system diagnostic log to identify signal abnormalities, channel failures, communication interruptions, etc., and promptly handle potential problems.

Cleaning maintenance: Quarterly wipe the surface of the module, ventilation ports, and wiring terminals with a dry soft cloth, remove dust and oil, avoiding poor heat dissipation or contact failure; Check the wiring terminals, tighten loose cables to prevent detachment due to vibration.

Fault troubleshooting: When input is abnormal, first check the sensors and wiring on site to ensure normality, then check the module LED fault light; When output is abnormal, check the actuators and wiring to confirm if the output signal is normal; When the module fails, perform online hot-swappable replacement without stopping the machine.

Replacement considerations: Support online hot swapping, no need to stop the machine during replacement; After replacement, check the accuracy, conversion stability, remote diagnostic function, and communication status of each channel signal, confirm normal operation before putting it into use to ensure system stability.

Seven. Order Information

Product model: 1X00314G06

Brand: Emerson 

Series： Ovation DCS System 1X Series I/O Interface Module

Packaging： Original anti-static packaging， including instructions， certificate of conformity， and installation accessories Warranty: 12-month original factory warranty, with global technical support and after-sales maintenance services provided.