How can I communicate with my ASM-1 Smart Manifold?

The ASM-1 Smart Manifold can communicate via Ethernet, RS422 and RS232. The Ethernet interface provides the best communications and control of the dehydrator by providing a web based interface. Through this interface, you can monitor the system, change the IP address,...

How do I setup my ASM-1 Smart Manifold?

The setup of the ASM-1 smart manifold can be done with the following steps: Set up the IP configurations for the Netcom’s and the smart manifold (configuration page) Set up the pressure parameters on the Netcom’s and set them for large system operation Netcom...

Why is there a plug in port number 8?

Actually, there isn’t a plug in port number 8, it is a bleed. If you examine it very closely you will notice that there is a small hole in the middle of it. This is used by the Smart Manifold to bleed off pressure if it senses that it is too high and during its...

How can I test the snow sensor?

The APS-3C and APS-4C controllers utilize the CIT-1 aerial snow sensor, the GIT-1 gutter snow sensor and the SIT-6E pavement snow sensor to detect weather conditions. All three of the sensors work in the same way, they require a temperature below 38 °F (3.33 °C) and...

The controller is oscillating – How do I fix this?

Install a 100K Ohm resistor in-line with the Equipment Ground terminal (19). Disconnect Equipment Ground terminal (18). Grounding The EUR–5A sensor circuits and the EMC inputs are referenced to a common circuit ground. In most situations, this part of the system can...

What are the BEMC connections for?

BEMC stands for Building Energy Management Computer, which can be used to remotely monitor and control the EUR-5A controller. These connections are made to pins 10 through 16. The following diagram will aid in making these connections. See page 9 of EUR-5A manual....