A craft body around an electrical part
A garden fountain joins two very different suppliers. The body, a carved stone bowl, a cast metal figure, a resin rock or a clay pot, is made by a craft workshop. The pump, and any light or transformer, is usually bought in from a pump maker and fitted by the workshop. The exporter is then responsible for an electrical product it did not make, used outdoors in water.
Fountains come in three electrical types, and the checks differ:
- Mains pumps running at mains voltage, with a plug for the market.
- Low-voltage pumps fed by an outdoor transformer, so only low voltage reaches the water.
- Solar pumps driven by a panel, sometimes with a battery.
Stone fountains come from the stone districts named in the national ODOP list: Dausa ("Stone articles"), Karauli ("Sandstone articles") and Sirohi ("Marble Articles"). Metal fountains come from metalware workshops such as Moradabad, listed for "Metal Craft". For the stone itself, see stone garden ornaments.
On-site electrical checks on the pump
| Check | How it is checked | What fails |
|---|---|---|
| Rating plate and marks | Voltage, power, IP code, maker and model, and market marks compared with the order and the approved sample | Different pump model, missing IP code, wrong voltage, missing marks |
| IP rating | Marked IP code checked against the specification: a submersible pump needs a code for continuous immersion (IPX8) | IP code lower than ordered |
| Cable | Cable type marking, length and condition; strain relief at the pump and plug; route through the fountain body | Wrong cable type or length, nicked insulation, cable pressed on a sharp stone or metal edge |
| Plug and transformer | Plug type for the market; transformer marking and outdoor rating | Wrong plug, indoor-only transformer supplied with an outdoor fountain |
| Hi-pot | Dielectric strength test with a portable tester at the voltage and time in the buyer's checklist | Breakdown or leakage above the limit |
| Earth continuity | For Class I pumps, resistance from the plug earth pin to exposed metal parts | No continuity, or resistance above the limit |
| Function | Pump run in water: start, noise, flow | Does not start, rattles, flow far below the specification |
These checks catch production faults: a wrong pump, a damaged cable, a missing earth. They do not certify the pump. Type testing to the safety standard is done by an ISO/IEC 17025-accredited lab, and we can coordinate it through lab testing coordination.
The full water test
Each sampled fountain is assembled as the customer will set it up, filled and run for the time in your specification. The inspector checks:
- Leaks at joints between tiers, round the pipe through the body and through porous stone or clay.
- Splash. Water landing outside the basin empties a fountain and can burn out a pump that runs dry.
- Even flow over each lip or tier, and no gurgling or air locks.
- Pump access for cleaning without taking the fountain apart.
- Stability when full. Water adds a lot of weight high up; the fountain is pushed at the top to check it does not rock.
- Lights, if fitted: each LED works and its cable is sealed where it enters the water.
Common garden fountain and water feature defects and how they are classed
| Defect | Class |
|---|---|
| Hi-pot failure | Critical |
| No earth continuity on a Class I pump | Critical |
| Damaged cable insulation or exposed conductor | Critical |
| Fountain rocks or tips when full | Critical |
| Pump model or IP rating different from the order | Major |
| Wrong plug for the market | Major |
| Leak at a joint or through the body | Major |
| Splash outside the basin at normal flow | Major |
| Uneven flow over a tier | Minor |
Electrical rules that apply
- EU. Mains fountains fall under the Low Voltage Directive and EMC rules; see CE, LVD and EMC. The Low Voltage Directive covers equipment from 50 to 1,000 V AC, so a 12 V pump is outside it, but its mains transformer is not. RoHS and WEEE apply to the electrical parts, and the GPSR to the product as a whole.
- Pump standard. EN 60335-2-41 is the safety standard for household pumps; its scope names garden pond pumps and table fountain pumps.
- Lights in water. IEC 60598-2-18 covers fixed luminaires used in water, for example in fountains and garden pools. Hand-held or portable lights are outside it, so ask the lab which standard fits your light.
- UK. UKCA or CE marking, and a plug that meets UK plug rules (BS 1363) for mains fountains.
- US. Retailers usually ask for the pump to be listed by a Nationally Recognized Testing Laboratory. Which standard applies is for the lab to decide; see UL and ETL listing.
- Solar with batteries. In the EU, the batteries fall under the Battery Regulation (EU) 2023/1542.
Packing and your purchase order
A pump left loose inside a stone basin hammers the stone all the way across the sea. The inspector checks that the pump travels in its own box, wedged in place, that cables are coiled without kinks, that stone tiers are crated separately with foam between them and the parts numbered, and that a sampled carton survives a drop test with the pump still working. Heavy crates go on the container floor; loading supervision checks this.
- Pump maker, model, voltage, IP code and flow rate, with no substitution without your written approval.
- Cable type and length, plug type and transformer for each market.
- The pump maker's test reports and certificates, plus your own lab tests.
- Hi-pot voltage, time and earth resistance limit for the on-site checks.
- Water test run time and the leak and splash rules.
- Crating, part numbering and weight marking.
Sources
- Standards Australia: IEC 60335-2-41:2024, particular requirements for pumps (scope)
- GSO IEC 60598-2-18:2024 (IEC 60598-2-18:2022), luminaires for swimming pools and similar applications (scope)
- Directive 2014/35/EU, Low Voltage Directive (EUR-Lex)
- Regulation (EU) 2023/1542 on batteries (EUR-Lex)
- Invest India: national ODOP product list (5 May 2023)