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Dry-Contact switch Installation Guide

Overview

The SolarEdge Smart Energy Management solutions allow increasing the self-consumption of a site. One
method used for this purpose is controlling the usage (consumption) of loads using Device Control
products.
The SolarEdge Device Control units divert power to an appliance (load) according to pre-configured
schedules, using the following modes:

Refer to

Figure 2

for examples of the device modes of operation.

You can re-configure the schedules at any time and manually switch appliances on and off.
You can configure the Device Control products locally through the SolarEdge inverter or remotely, via
the SolarEdge monitoring portal.
The SolarEdge Dry-Contact switch (referred to as "the device") is a ZigBee wireless load management
device. It switches loads (e.g. a heat pump) on and off according to system configuration. It can function
as an AC switch or as a control signal to indicate when the PV system is producing excess energy. It
supports a wide input voltage range of up to 250V and a wide input current range of up to 13A.

Figure 1: SolarEdge System with Dry-Contact switch

Dry-Contact switch Installation Guide

 

SolarEdge

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Dry-Contact

 

switch

 

Installation

 

Guide

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Schedule

 

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The device turns on and off at times set by the user for the user’s convenience,

regardless of available PV power

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Smart

 

Save

 

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 The device (typically a boiler or water pump) is controlled automatically to maximize self-

 consumption. Grid power is used only if PV power is insufficient to meet the user’s “ready by” time. For

 example, to heat water for 2 hours and have hot water by 18:00, set Total Time to 2 hours and Ready by to

 18:00. The boiler may work before 16:00 if there is available PV power, but in any case you are guaranteed

to have hot water by 18:00

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Summary of Contents for Dry-Contact switch

Page 1: ...es loads e g a heat pump on and off according to system configuration It can function as an AC switch or as a controlsignalto indicate when the PV system is producing excess energy It supports a wide...

Page 2: ...witch functionality the following supporting devices must be installed l Device ControlZigBee Module installed inside the inverter For physicalinstallation refer to http www solaredge com sites defaul...

Page 3: ...ther liquids l The enclosed documentation is an integralpart of this product Keep the documentation in a convenient place for future reference and observe allinstructions contained therein 1 Release t...

Page 4: ...voltage source Vout Figure 6 Connecting to appliance with external voltage source 6 Place the cable bracket over the cables and fasten using the screws 7 Attach the cover to the device and fasten the...

Page 5: ...operating state Discovery time may take up to 3 minutes You can press the inverter LCD light button or the internalESC button to exit the discovery process when alldevices are discovered A d d D e v...

Page 6: ...Select Device Properties and set the following properties L o a d R a t i n g x x K W E x p o r t T H x x x x W I m p o r t T H x x x x W M i n O n T i m e x x x l Load Rating the appliance rated powe...

Page 7: ...alue of Max Durationis longer than the value of Duration the device willuse up only excess PV energy in the difference time For example if Max Duration T1and Duration T2 during T1 T2 only excess PV po...

Page 8: ...vice name and state ON OFF or an asterisk which indicates no communication with the device H A D e v i c e s S t a t e S E S P L G 0 1 1 O N l Communicationstatus showing the number of communicating H...

Page 9: ...is not functional Not required for normal operation Troubleshooting Symptom Error Possible cause Troubleshooting o An asterisk is displayed next to the Device type in the device manager screen indicat...

Page 10: ...he inverter OFF and ON power cycle o Reset all the devices using the association button and begin the discovery process again for all devices o From the Device Manager screen select Remove All and rep...

Page 11: ...Indoor Range1 50 m STANDARD COMPLIANCE Radio ETSI EN 300 328 V 1 8 1 ETSI EN 301 489 1 ETSI EN 301 489 17 Safety EN 60335 1 EN 60335 2 30 EN 50371 Immunity EN 55014 2 Emissions EN 55014 1 EN 61000 3 2...

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