Electronic Ignition Gas Geyser G1/2 Connection Size Heating Performance Suitable for Hospitality and Facility Management

Electronic Ignition Gas Geyser G1/2 Connection Size Heating Performance Suitable for Hospitality and Facility Management

Product Description

A distributor’s margin is shaped after the sale as much as before it. When a damaged knob, weak pulse ignitor, or faulty thermostat requires replacement of the entire heater, warranty cost quickly erodes the original profit. This 10L flue type instant gas water heater is organised around a recognisable service architecture with replaceable knobs, battery boxes, pulse modules, thermostats, switches, and cartons. Its heating core uses a 20-kilowatt harmonica-shaped triple burner and copper exchanger to deliver approximately 10 litres per minute at a 25-degree Celsius rise. Water-triggered DC 3V pulse ignition avoids household mains dependence, while standard G1/2-inch connections and a 90-millimetre natural-draft chimney support familiar installation practice. The platform therefore gives regional wholesalers more than a specification sheet: it provides a product they can train technicians on, keep parts for, and restore without replacing every component around a minor fault.

Specifications

The common chassis measures 590 by 340 by 180 millimetres, with an alternative 145-millimetre depth on selected versions. Typical weights are 8 kilograms net and 9 kilograms packed in a 670-by-405-by-230-millimetre carton. Rated heat input reaches 20 kilowatts and efficiency is at least 85 percent. The copper exchanger supports nominal output of 10 litres per minute at a 25-degree rise, with adjustment from 35 to 80 degrees Celsius. Water pressure can range from 0.02 to 0.8 megapascals, and startup is possible near 0.015 megapascals. LPG and natural-gas configurations require 2800 and 2000 pascals respectively. The ignition circuit uses DC 3V batteries and dual pins. G1/2-inch threads serve all connections, and a 90-millimetre chimney removes exhaust by natural draft.

Technical Parameters

Installation Scenarios & Installation Precautions

This distributor platform suits networks serving ventilated household kitchens, service balconies, rural homes, small guesthouses, and renovation contractors. Installer training should standardise permanent combustion air, exterior chimney termination, fuel-pressure verification, leak testing, and service clearances. Every unit needs a sound wall, 200 millimetres above the casing, 150 millimetres on both sides, and a mostly vertical smoke route. It cannot be installed in a sealed bathroom, bedroom, stairwell, closed cupboard, or space storing flammable goods. LPG and natural-gas inventory must be marked clearly to prevent incorrect field connection. Commissioning should record battery polarity, ignition timing, water flow, blue flame, natural draft, and correct protective shutdown.

Features & Value Delivered to Global Buyers

The commercial case rests on service continuity rather than price alone. Common replaceable parts shorten warranty resolution, free spare-part allocations establish an initial dealer stock, and the one-year warranty gives channel partners a defined promise. Low-pressure startup, dual ignition pins, water-gas interlock, flame-loss shutdown, anti-dry protection, overheat and pressure controls, seasonal selection, and the 20-minute timer form the product story. Colour, panel, display, logo, manual, and carton can be customised. MOQ begins at 100 pieces per model, samples require 5 to 20 days, and regular production normally takes 30 to 35 days after confirmation and deposit.

Safety Boundaries & Long-Term Use Reminders

Only trained technicians should fit service parts, especially in the fuel path or safety circuit. A new component cannot correct poor ventilation, an obstructed chimney, excessive pressure, or wrong gas calibration. Never advise users to bypass the flame sensor or water-gas linkage. Maintain traceable parts and batch records, separate LPG from natural-gas stock, and withdraw heaters showing recurrent yellow flame, overheating, corrosion, or ignition failure. Replace batteries annually, clean inlet filters according to local water quality, inspect flues each year, and test protective shutdowns after repair.