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General| Ingress Protection | IP66/67 |
|---|---|
| Enclosure | Explosion-proof |
| Detection Method | Electrochemical, Infrared, Catalytic Bead |
| Gases Detected | Combustible gases, Toxic gases, Oxygen |
| Display | LCD |
| Output | 4-20 mA, HART |
| Housing Material | Stainless steel |
| Certifications | ATEX, IECEx, UL, CSA, SIL 2 |
Details the manufacturer, product name, and EC-Type Examination Certificate.
Lists conformance with ATEX, EMC, and LVD directives and harmonized norms.
Defines the intended use, limitations, and liability clauses for the gas monitor.
Outlines essential safety instructions and precautions for operating the gas monitor.
Provides an overview and labeled diagram of the ULTIMA Gas Monitor components.
Details the display modes, alarm indications, and sensor components of the gas monitor.
Covers sensor orientation, painting precautions, and environmental protection during installation.
Describes how to install the ULTIMA Gas Monitor using a mounting kit and plate.
Details electrical connection, power, and sensor distance requirements for ULTIMA instruments.
Explains how to use the controller and calibrator for configuration and calibration tasks.
Covers setting ModBUS slave addresses and data format for network communication.
Details ModBUS RTU protocol, supported function codes, and memory map overview.
Lists ModBUS base addresses and factory configuration data for system integration.
Describes the function and wiring of the optional RESET push-button for calibration.
Explains calibration using ModBUS port and communications, including warnings.
Provides physical dimensions and weight of the ULTIMA XE enclosure.
Details gas types, operating ranges, drift, and noise specifications.
Refers to specific drawings for cabling and electrical installation details.
Details maximum power cable lengths based on sensor configuration and wire gauge.
Illustrates typical communication wiring schemes for the ULTIMA gas monitors.
Lists ModBUS slave address, baud rate, parity, and sensor configuration parameters.
Defines alarm function codes for enabling, direction, latching, and relay states.
Covers ModBUS device status bits, gas types, levels, and calibration step indicators.
Details general status bits for device health and fault status bits for error detection.
Describes control words for device management and further fault status bits.
Explains ModBUS command words for initiating calibration and device control actions.
Lists sensor type values and their corresponding gas type definitions for configuration.
Covers sensor engineering units and information flags for status monitoring.
Details additional information flags related to sensor status and configuration resets.
Defines values for normal gas detection, fault, overrange, and suppressed states.
Provides instructions for connecting internal relays, including safety precautions and wiring.
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