How does the infrared sensor initiate the shower cycle without physical contact?

The electronic controller monitors the calibrated detection field and opens the internal water-control valve when a user enters the programmed sensor range.

Why should the sensor range be adjusted after the shower area is fully finished?

Tile, glass, lighting, and reflective surfaces can alter infrared feedback, so final adjustment helps prevent delayed detection, false triggering, or unintended activation.

How do programmable delay-in and delay-out settings affect shower operation?

Delay-in filtering prevents brief movement from opening the valve, while delay-out timing controls how quickly water stops after the user leaves the sensing zone.

Why is the two-minute automatic security shutoff important in public facilities?

The security timer closes the valve after extended activation, limiting water waste if the sensing field remains obstructed or a user leaves without clearing the detection area.

How does the internally mounted 6V battery support concealed installation?

The internal battery powers the sensor and electronic valve without exposed wiring, while the low-battery indicator provides advance notice before control reliability is affected.

Why are inlet filters required upstream of the electronic control assembly?

The filters capture sediment that could restrict the mixing mechanism, interfere with valve closure, or damage the internal electronic water-control components.

What maintenance preserves sensor and automatic shutoff reliability?

Clean the sensor window, inspect inlet filters, test the low-battery indicator, verify detection timing, and confirm the valve closes completely after every programmed cycle.

Which commissioning procedures confirm complete Lima electronic shower operation?

Verify sensor range, delay-in response, delay-out timing, two-minute security shutoff, low-battery indication, temperature regulation, valve closure, and leak-free behind-wall connections.

Lima Electronic Shower

Fontana Lima Electronic Motion Sensor Shower

Retail Price: $1,068.48

Sale Price: $641.09

Savings: $427.39

Availability: Usually Ships in 5 to 10 Business Days

Product Code: FS-0971E

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Description

Technical Specs

Extended Information

Product Details: Lima Motion Sensor Electronic Shower

Electronic Sensor shower:
Controls sensor parts, powered by an internally mounted 6V battery, filters included. Sensor range is adjustable manually. Other sensor settings (sensor range, delay in, delay out and security time according to buyer) are programming by maker. Shower will automatically shut off after being used for more than 2 minutes. Sensor features a low battery level indicator.

Touch free electronic shower control: The shower is activated automatically when the user steps within the sensor range

Sensor Shower Advantages:
1. Behind Wall Inlet.
2. Vandal Proof shower heads combine a solid brass construction with clean modern styling.
3. Ideal for public shower facilities, including: prisons, sport facilities, swimming pools, hospitals and schools.

Enables users to have a shower without touching the shower control, saves water, prevents cross contamination and keeps the showers cleaner, especially ideal for spas, hotels, and care homes.

Shower Specifications:
1. Easy to install and retrofit product
2. Material: Solid all-brass construction
3. 3 products in 1: replaces the mixer shower, the thermostatic mixing valve and operates by an infrared sensor.
4. Vandal resistant stopper cup upon request
5. Hidden wall mounting screws for security
6. State-of-the-art design
7. Warranty: 3-year limited warrant

Features

Lima Electronic Shower

Electronic Temperature Management, Digital Shower Control & Intelligent Water Regulation

This electronic shower system utilizes digital control technology, precise temperature regulation, and responsive water management for enhanced user comfort.

How does an electronic shower improve temperature accuracy compared to manual controls?

Electronic controllers continuously monitor system conditions and adjust output parameters to maintain precise temperature settings.

What advantage does digital control provide during temperature adjustments?

Digital interfaces allow incremental temperature selection with greater repeatability than conventional mechanical controls.

How do electronic shower systems react to supply pressure changes?

Integrated control systems can compensate for pressure variations to help maintain stable flow and thermal consistency.

Why is sensor feedback important in electronic shower operation?

Sensor data enables continuous monitoring of operating conditions and supports rapid system response to changing inputs.

Touchless Faucet

Soap Dispenser

Sets & Combos

Touchless Faucet and Soap Dispenser Set

Features

Electronic Temperature Management, Digital Shower Control & Intelligent Water Regulation

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