ALDH Series Connector (Coupling) (Single pc- w/o clamps) – V3

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Opt for our all-in-one assembly, featuring a replacement silicone O-ring for TPALDH29 and a sturdy stainless steel build. Remember to add the necessary c-clamps  to your order. This single-piece, German-crafted accessory enables seamless interconnection of your solar collector.

SKU: TitanPowerPlus-A-ALDH-COUPLING-V3 Category:


Product Description:

Facilitate seamless interconnections between multiple ALDH29 collectors with our premium Compensator. This essential item is specifically designed to accommodate thermal expansion between solar collectors, ensuring a reliable and efficient system.

Two units of this compensator are required between each solar collector. Each compensator is constructed with a combination of stainless steel and brass, expertly welded together for durability and performance. The brass connection incorporates the proprietary VITON connection system to minimize leak risks, ensuring a robust and secure assembly.

Please note that this product is sold individually, not in sets. Each compensator requires two C-clamps, made of stainless steel (TitanPowerPlus-A-ALDH-COUPLINGCLAMP-V3), to secure the connections.

Key Product Features:

– Designed for interconnection of multiple ALDH29 collectors.
– Accommodates thermal expansion between solar collectors.
– Made of a mix of stainless steel and brass, welded together for strength.
– Equipped with the proprietary VITON connection system to minimize leaks.
– Non-solder connection ensures ease of assembly.
– Requires two C-clamps (TitanPowerPlus-A-ALDH-COUPLINGCLAMP-V3) per unit for secure installation.
– Made in Germany.

Invest in the Compensator for your ALDH29 solar collector project for a smooth and efficient setup. This essential component accommodates thermal expansion, a critical factor in solar thermal systems, to maintain optimal performance and system integrity. Its superior build quality, featuring a blend of stainless steel and brass, and the proprietary VITON connection system ensure a secure, leak-minimized installation. Choose this German-made, reliable compensator for long-lasting and hassle-free operation of your solar thermal project.

Instructive videos

To check the temperature sensor you can use the digital multimeter tool and check the resistance of the sensor.A simple steps which allow to check the temperature sensor:
  1. Turn the system off (electricity) - safety us the most important
  2. Open the controller box
  3. Check if the connection is not loose
    • If loose fix the connection by pushing the sensor wire inside the terminal
    • Close the controller box and check if that fixed the issue
  4. Check the sensor wire resistance with multimeter (turn the multimeter switch to the resistance measurement) – reading should be around 1.101 kOhm at room temperature and around 1.250 kOhm for hot water
    • If readings are different sensor might need replacement
This short advice should help you to solve the problem.