Control Units for Pharo® Shower Temples® and Shower Panels®

Manual (single lever mixer with diverter)

1

2

1

Diverter to activate the body

Features:

 

showers

- Single lever mixer with ceramic discs

2

Single lever mixer

- Pullknob to switch from hand- to

 

 

body shower

 

 

- Reverts automatically from shower to

 

 

bath function

 

 

- Possible to switch between shower

 

 

functions while in operation

 

 

- Adjustable flow rate

Products:

- Shower Panel Comfort Plus M 20 (with single lever mixer)

Operational Functions

 

K4 Sensotronic Steam

K4 Electronic

K4 Sensotronic

Manual: MTC (stop valve)

Manual: MTC

Manual: Quattrostat Klick

Manual: Quattrostat

Manual: Triostat

Manual: Single lever mixer

 

 

 

 

 

 

 

 

 

 

 

 

Shower Temple

 

 

 

 

 

 

 

 

 

 

100/115 DeLuxe DL 40

 

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-

-

-

-

-

-

-

 

100/115 Steam ST 40

 

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-

-

-

-

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-

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90/100/115 Senso. SL 40

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-

 

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-

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90/100/115 Manual ML 40

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-

-

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-

-

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90/100 Quadra ML/M 40

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-

-

 

-

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Shower Panel

 

 

 

 

 

 

 

 

 

 

Helis ML 20

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Moonlight ML/M 20

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-

 

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Prestige EL 40

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Prestige SL 20

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-

 

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Prestige ML/M 20

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-

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-

-

-

 

-

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Lift M 20

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-

-

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-

-

 

-

-

 

Lift 2 M 20

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-

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-

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Comfort Plus (for bathtub)

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Comfort Plus (with thermostat)

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Comfort Plus (with mixer)

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Shower column

 

 

 

 

 

 

 

 

 

 

 

 

 

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Subject to alteration in the interest of

5

technical advancement

 

Page 5
Image 5
Pharos Science & Applications EL 40, DL 40 manual Manual single lever mixer with diverter, Operational Functions

EL 40, DL 40 specifications

Pharos Science & Applications has made a remarkable contribution to the field of optical systems with its innovative range of products, prominently including the EL 40 and DL 40 models. These systems are designed to meet the rigorous demands of modern applications such as microscopy, astronomy, and industrial inspection.

The Pharos EL 40 is known for its exceptional light output and precision optics. At the core of its design are advanced LED technologies that offer both brightness and energy efficiency, making it an ideal choice for environments where illumination is crucial. The EL 40 is equipped with a customizable intensity control allowing users to achieve the desired lighting conditions for various applications. Its compact design enhances portability, while its robust construction ensures durability in demanding settings.

On the other hand, the Pharos DL 40 stands out with its dual-light technology. This unique feature allows users to utilize both visible and infrared light, broadening the spectrum of applications. The DL 40 excels in fields such as material science and biological research, where different wavelengths can yield critical insights. Its user-friendly interface simplifies operation, enabling researchers and technicians to focus more on their tasks rather than adjusting complex settings.

Both models feature advanced thermal management systems, which prevent overheating and prolong the lifespan of the LED components. This is particularly beneficial in long-term experiments where consistent performance is essential. Moreover, they are equipped with sophisticated cooling mechanisms that ensure optimal working conditions, further enhancing their reliability.

Integration is another key characteristic of the EL 40 and DL 40. These systems come with versatile connectivity options, allowing easy integration into existing laboratory setups. They support various control interfaces, including computer software and manual operation, ensuring that users can effortlessly switch between different control methods depending on their specific needs.

In summary, the Pharos EL 40 and DL 40 represent a significant advancement in optical system technology. Their combination of high-performance output, flexible lighting options, and user-friendly design positions them as preferred solutions for professionals across a range of scientific and industrial applications. Whether illuminating a microscopic sample or analyzing the properties of materials, these models deliver the precision and reliability that modern research demands, making them invaluable tools in the scientific community.