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ESA PYRONICS 22182 INTEGRATED MICROPROCESSOR INDUSTRIAL BURNER AUTOMATIC SAFEGUARD & FLAME CONTROLLER WITH BUILT-IN TAR-10 HIGH-VOLTAGE IGNITION STAGE

DEEP PRODUCT OVERVIEW & INDUSTRIAL COMBUSTION LIFECYCLE OPTIMIZATION INFRASTRUCTURE
The ESA Pyronics 22182 (certified under full factory nomenclature code: ESTROC2 A010303CN1/00RCBBB0//104E) represents the absolute global industry benchmark in specialized digital combustion telemetry engineering, configured as a high-reliability microprocessor-operated industrial burner safety controller (Microprocessor Operated Burner Control Device), belonging to the advanced ESA ESTRO smart hardware families developed and manufactured 100% in Italy by combustion automation pioneer ESA S.p.A. (a subsidiary of Pyronics International). This advanced digital device functions as the ultimate frontline "thermal explosion prevention interlock engine", specified explicitly as the centralized control brain managing pre-purge ventilation sequences, high-voltage spark ignition, air-to-fuel volume ratios, and active flame presence verification across gas or oil-fired burner assemblies running in discontinuous mode. The specialized ESTRO-C hardware architecture is tailored for single-stage direct spark ignited burner setups operating via a single localized fuel valve matrix. The internal layout embeds real-time closed-loop self-diagnostic monitoring loops, operating as a vital safety backbone protecting heavy industrial metallurgy furnaces, metal melting crucibles, continuous-shift heat treatment lines, glass forming plants, ceramic kilns, and multi-zone package boilers hằng ngày, locking down uncompromised plant continuous runtime metrics via ANS logistical distribution pipelines.

UNCOMPROMISED INTEGRATED TAR-10 HIGH-VOLTAGE SPARK IGNITION & FLEXIBLE BI-DIRECTIONAL SENSING
The primary technical asset electing the ESA Pyronics 22182 module to outperform standard multi-component split-card controls resides in its robust All-in-One enclosure layout:
- Factory Embedded High-Energy TAR-10 Transformer: The definitive value asset built inside the 22182 framework is the permanent inclusion of the ESA TAR-10 winding-type heavy ignition transformer right beneath the chassis cowl. This transformer upscale a standard 115V AC primary input line into a massive 1 x 8 kV high-voltage secondary output running a 20mA current block, generating intense, non-fading electric discharge arcs (high-energy spark) to instantly light burners without channelling extensive external high-voltage cable runs down control cabinets.
- Versatile Multi-Probe Flame Sensing Matrix (Spark-and-Sense): Driven by the ESTRO-C microprocessor framework, the unit seamlessly interfaces across three separate field sensor setups: including single-electrode combined ignition and ionization flame rod tracking (Unirod layout), independent dual-electrode rods, or direct linking alongside a high-sensitivity ultraviolet optical scanner (such as the ESA UV-2 sensor). The internal evaluation logic runs background verification loops hằng ngày hằng ngày over the input paths, completely dissolving airborne signal noise or micro-slip trôi dòng sensor tracking anomalies.

HIGH-RESOLUTION CONSOLE PANEL INTERFACING AND COMPREHENSIVE ECS BUS SYSTEMIC NETWORKING
- Real-Time Local Visual Telemetry Output: Bypassing the need to hook up complex diagnostic PC equipment onsite, plant technicians monitor combustion lifecycles straight over the tool's integrated front face—reading crisp alphanumeric sequence status blocks, mapping real-time ionization current variations via a 0 ÷ 90 µA multi-segment LED bargraph, and adjusting system parameters via a built-in infrared line programming communication port.
- Connected Fieldbus Telemetry Networking: The device features a factory-fitted ECS serial communication link (adaptable to Modbus-RTU loops) to route full fault history archives and live flame intensity blocks straight to centralized master PLC racks or facility SCADA frameworks. If a flame failure condition manifests, the controller triggers an instantaneous fuel valve shutdown loop, securing a lifelong operational lifecycle supplied through certified ANS logistics networks.

DYNAMIC PROPULSION METROLOGY & DIGITAL COMBUSTION PERFORMANCE DATA
- Equipment Design Manufacturer: ESA Pyronics (ESA S.p.A. - Bergamo, Italy)
- Authorized Sourcing Supplier in Vietnam: ANS (AnhNghiSon)
- Certified Factory Inventory Item ID: Art.No 22182 (Nomenclature code: ESTROC2 A010303CN1/00RCBBB0//104E)
- Device Structural Profile: Microprocessor-operated automated industrial combustion flame controller and safeguard unit.
- Sub-Series Architecture Baseline: ESA ESTRO-C Series tailored for single-stage direct spark ignited applications managing 1 fuel valve.
- Primary Input System Voltage Rail: 115V AC nominal main power supply (Accepts operating margins within +10% ÷ -15%).
- Input System Current Frequency Scale: Adaptive dải rộng tracking across 45 ÷ 65 Hz.
- Internal Idle Device Power Consumption: Minimalist 4 to 5 VA max ceiling (excluding external valve load draws).
- Commercial Pricing Parameter: Contact (At ANS to receive verified custom configuration quotation metrics encompassing companion UV scanners or electrode rods)

INTEGRATED TAR-10 HIGH-VOLTAGE SPARK PARAMETERS
- Core Transformer Configuration: Integrated ESA TAR-10 heavy-duty winding ignition transformer.
- Primary Operational Electrical Input: 115V AC power lines, 50/60Hz frequency.
- Secondary Output Interlock Voltage: 1 x 8 kV (High-energy 8000V cao áp discharge).
- Secondary Output Rated Current Load: 20 mA stable current block.
- Intermittent Duty Cycle Metric: 19% ED calibrated over a 3-minute tracking period at Ta ≤ 35°C ambient.
- Ignition Cable Interconnect Guideline: Recommended maximum 2-meter length (ø 7mm silicon high-insulation armor cable).

FLAME SAFETY PARAMETERS & PROGRAMMABLE TIMELINES (EN298 COMPLIANT)
- Detection Probe Working Voltage Rail: Maximum 300V AC signal across the sensing loop.
- Minimum Flame Ionization Induction Threshold: 2.4 µA ± 0.3 µA (Absolute maximum probe line loop current limited to 1 mA).
- Local Visual Telemetry Feedback: 0 ÷ 90 µA continuous scale mapped level over an integrated front multi-segment LED bargraph strip.
- Sensor Compatibility Spectrum: Ionization flame rod probes, single-electrode Unirod rods, or ESA UV-2 phototube sensors.
- Digital Algorithmic Combustion Timeline Grid:
+ Pre-purge furnace air clearing sequence duration: 0 ÷ 255 seconds programmable scale.
+ First gas stage safety ignition initialization time: 1 ÷ 25 seconds boundary.
+ Flame failure safety reaction cutoff delay: 1 ÷ 20 seconds maximum lag (Kicks an immediate automatic safety fuel cutoff loop).

STRUCTURAL METALLURGY & FIELD ASSEMBLY STANDARDS hiện trường
- Central Automation Interconnect Interface: Integrated ECS serial communication link supporting multi-burner grid networking.
- Transistor Relay Output Current Boundaries: Free-voltage safe SPST/SPDT contact arrays rated to manage heavy loads up to 1.5A @ 230V AC.
- Casing Housing Substrate Metallurgy: High-temperature case-hardened thermosetting fiberglass composite compound (rugged frame layout), certified for near-burner proximal installation up to 60°C.
- Enclosure Sealing Ingress Protection Rating: Rated under IP54 industrial dust and moisture insulation guidelines.
- Total Geometrical Enclosure Dimensions: 200 × 120 × 93 mm chassis layout (Physical mass profile approx. 1,300 grams dead weight).
- International Combustion Safeguard Certifications: Fully certified under European standard EN298, ISO 13577 (EN746-2) directives, FM Approvals, and UL1998 software safety indexes.
- Field Maintenance Mandate: Solid-state micro-circuit array housing zero mechanical friction points; 100% Maintenance-free concerning technical service cycles.
- Mechanical Production Origin: 100% Engineered and Manufactured in Italy (Italy Origin).