Echoflex ERDRC-EC Bedienungsanleitung

ERDRC-EC

Installaon Guide

Product Overview

Echoex’s lighng controllers use wireless technology to monitor the room’s

environment eliminang much of the wiring normally required for distributed

control. This translates into quick installaons with less disrupon to occupants

allowing facilies to accelerate retrot schedules and start saving money

sooner. The lighng controllers have Echoex’s Smart Click technology which

allows installers and facility operators to manage conguraon sengs without

any tools reducing call-backs and installaon expense. Using just a wireless wall

switch, the facility maintenance engineer can adjust seng on the installed

controllers eliminang a service call to an electrician.

This guide covers model number ERDRC-ECC which is equipped with an EnOcean

315 MHz radio and the ERDRC-ECY equipped with a 868 MHz radio.

The package includes the ERDRC controller and installaon guide.

ERDRC Operaon

The ERDRC is a controller that can acvate lighng loads when a received input

from a linked sensor or switch is changed.

As a lighng controller, the ERDRC operates lights based on:

• ambient light levels monitored by an Echoex light sensor

• occupancy state monitored by Echoex moon sensors

• switch acon from an Echoex wall switch

Supported Remote Devices

Device Models Applicaons

Switches PTM265, ETR Lighng, Timed Switch

Light Sensors TAP Daylight Harvesng Lighng

Moon Sensors MOS and ROS Auto o and/or Auto on Lighng

ERDRC and Wall Switches

The ERDRC works with the wireless single and dual rocker wall or handheld

switches. A switch ON acon acvates the relay closed (light’s on) and the OFF

acon opens the relay (light’s o). The switches can also be used as dimmer

switches - press and hold the on or o side to modulate the dimming output up

or down. When connected to a dimming ballast, the modulang output ramps

the light intensity from the xture.

ERDRC and Timed Switches

The ERDRC can be congured so the single and dual rocker switches become

med switches. An ON acon closes the relay (light’s on) and a mer is set to

count down. Once the mer expires, the relay opens (light’s o).

The me period is congurable and has 5 sengs:

No mer (default), 5 minutes, 15 minutes, 30 minutes and 1 hour. Addionally, if

the user presses the wall switch ON mulple mes ( to a total of 5 presses), the

mer interval is added for each ON press. If ON is pressed while the light’s are

on and the mer is counng down, an addional period of me is added to the

mer total.

For example: if the mer seng is 1 hour and the user pressed the switch ON

twice, the total mer period is 2 hours. If there is 30 minutes le on the mer

and ON is pressed again, the mer is extended to 1 hour 30 minutes before the

light’s will turn o.

The controller will toggle the relay (ick-warn) 45 seconds before the mer is

due to expire to warn users of the pending OFF event

To congure, the me period, refer to the secon on “Conguring the ERDRC”.

ERDRC and Daylight Harvesng Applicaons

The ERDRC controller will turn the lights on or o and will modulate the light

intensity from a dimming ballast xture based on the ambient light level in the

room. An Echoex light sensor monitors light levels and must be linked to the

ERDRC controller to provide the light level in the room.

When connected to a dimming xture, the maximum dimming set point is the

point where the dimming output begins to dim the xture as the natural light

increases. The minimum dimming set point is the point where the dimming

output has reached its lowest point.

When only on/o lighng applicaons is needed, the Light-ON-Set point is the

light level at which the light will turn on; the Light-OFF-Set point is the light level

at which the light will turn o. Seng these set points is covered later in this

document under “Conguring the ERDRC”

The daylight harvesng applicaon will override the Auto-ON feature of

occupancy sensors if the light level is sucient and calls for the lights to be o.

For example: If the daylight applicaon calls for the light to be o, the moon

sensor will not turn the lights back on.

The daylight harvesng applicaon can be overridden by a manual wall switch

when the light is o by clicking on. If the light level remains above the Light-OFF-

Set point, the controller will turn the light o again aer 250 seconds.

The daylight harvesng applicaon does not aect the operaon of the wall

switch or moon sensor when the light is on. If the light is on, either the switch

or moon sensor can override the light o.

Occupancy Based Lighng Applicaons

The ERDRC will turn the lights OFF when there is no moon detected in the room

indicated by an Echoex moon sensor. The ERDRC can be congured to turn

the lights ON immediately (Auto-ON) if the moon sensor detects moon, see

the secon tled “Conguing the ERDRC“.

There is a congurable me period between the last detected moon and the

point where the lights turn o. There are 6 sengs for this me out period. The

me out period is 15 minutes by default but can be set to a value of 5 to 25

minutes in 5 minute increments, see the conguraon secon. The mer will

reset if the sensor detects moon. If the mer expires, the light will turn o.

Mulple moon sensors can be ganged together logically so if only one sensor

detects moon or the internal mer has not expired, the light will remain on.

Turning the lights on with a linked wall switch will reset the mer. Turning the

light o with the wall switch will override Auto-ON (if enabled) for the duraon

of the me out period. Any moon detected by the sensor during this period will

reset the mer. Once the mer has expired, the override will be released. If the

wall switch is used to turn the light on during the me period, the override will

also be released.

Wired Occupancy Sensor Applicaons

The ERDRC has a 24V output to power a wired occupancy sensor. It can be used

with any brand of 24V occupancy sensor using single or dual technology. When

a wired sensor is connected to the low voltage input, the ERDRC controller

operates the same as if it was a wireless sensor. The occupancy state of a

connected wireless sensor can be shared with other controllers by linking the

ERDRC to those controllers. Linking the ERDRC to other controllers is covered

later in this document under the secon, “Conguring the Status Telegram”.

Radio Range Planning

The ERDRC controller is intended to be used with switches, sensors and

actuators enabled with EnOcean PTM or STM transmiers. Locang the wireless

transmiers to work with the installed ERDRC controller requires planning.

Careful consideraon should be made for locang the controllers based on

the construcon materials in the space and possibility of tenant’s furniture

disrupng the transmissions. Fire doors, elevator shas, stairwells, storage

areas and any large metal products create radio shadows and will disrupt

wireless transmissions.

On oor-plan drawings, draw 100 feet (30m) diameter circles to idenfy opmal

transmier and controller locaons. Refer to the table for range consideraons

with other building materials.

Material Aenuaon Material Range-typical

Wood 0 - 10% Line of Site 100’ (30m) corridors

Plaster 0 - 10% Line of Site 330’ (100m)open halls

Glass 0 - 10% Plasterboard 100’ (30m) through 5 walls

Brick 5 - 35% Brick 65’ (20m) through 3 walls

MDF 5 - 35% Concrete 65’ (20m) through 3 walls

Ferroconcrete 10 - 90% FerroConcrete 33’ (10m)

Metal 90 - 100% Ceiling 1 ceiling

Aluminum 90 - 100%

For more informaon about range planning, please refer to the range planning

guide downloaded from www.echoexsoluons.com.

Layout Hints

• Avoid transming down a length of wall to reduce signal reecon.

• Avoid large obstrucons. Place receivers in alternate locaons to avoid the

radio shadow or use repeaters to go around the obstacle.

• Do not locate receivers close to other high frequency transmiers. Leave

at least 2’ between the receiver and any other source of interference

including lighng ballasts, computers, video equipment, Wi-Fi/LAN

routers, GSM modems and monitors. Transmiers are not aected by

these sources of interference.

• Avoid transming down a length of wall to reduce signal reecon.

• Avoid large obstrucons. Place receivers in alternate locaons to avoid the

radio shadow or use repeaters to go around the obstacle.

• Do not locate receivers close to other high frequency transmiers. Leave

at least 2’ between the receiver and any other source of interference

including lighng ballasts, computers, video equipment, Wi-Fi/LAN

routers, GSM modems and monitors. Transmiers are not aected by

these sources of interference.

Preparing to Install the ERDRC

The ERDRC is mounted to an electrical juncon box or panel with a ½” threaded

nipple. The ERDRC must be mounted on the outside of a juncon box either

directly at the electrical load or before the load in the circuit. The ERDRC is for

indoor use only.

You will require hand tools to gain access to the juncon box and remove any

cover plates or other hardware. A pin or pen may be needed for pressing the

controller buons when assigning the wireless switches.

Installing the ERDRC

Review these instrucons completely before installing the ERDRC controller.

1. Locate the circuit breaker panel and turn o the power to the circuit.

2. Remove all face plates and other hardware from the juncon box so you

can access the high voltage wires.

3. The ERDRC is mounted to the exterior of the juncon box or panel with the

½” threaded nipple.

4. Refer to the wiring diagram to connect the ERDRC to the line power, neutral

and load wires. Use wire nuts on all connecons and cap any bare wires.

5. Replace the juncon box faceplate.

6. Restore power to the circuit.

7. Refer to the secon in this guide tled to assign a switch to the controller.

Alternavely, refer to the Smart Click instrucons on page 4 for assigning

switches remotely.

Using the ERDRC with a wired wall switch:

If the circuit will have an addional hard wired switch, wire the ERDRC in series

before the switch.

Wiring Instrucons

Power to the controller is connected between the White (Neutral) and the Black

(120V). Oponally, based on model number, commercial voltages are applied between

the White (Neutral) and the Brown(277V) or Yellow(347V). (see wiring diagram).

The ERDRC has an orange external antenna. Do not cut this wire or connect.

Use only approved wire. Cap o all unused wires except the orange antenna wire.

Load1

White (Neutral)

ERDRC-EC

Red (Load)

Red (Line)

+24V DC

Common

Control Output

Optional

Occupancy

Sensor

(24VDC)

Red

Black

Yellow

Dimming

Ballast

Grey

0-10 V

Violet

0-10 V

no connection, do not cut or remove

Orange - antenna

White

Black

347V

120V

Brown or

Yellow

277V

60 Hz

5Watts

Max

White (Neutral)

Load 2

Dimming

Ballast

White (Neutral)

Red

(Load)

HOT

Additional

Dimming Ballast(s)

Additional

Switched

Load(s)

18AWG

22AWG

14AWG

600V

Connecon Colour Specicaon

LOAD x 2 Red 14AWG, 600V

Neutral White 18AWG

Line 120VAC Black 18AWG

Line 277VAC* Brown 18AWG

Line 347VAC* Yellow 18AWG

Dimming 0-10V Violet 22AWG

Dimming GND Grey 22AWG

24V+ Red 22AWG

24V GND Black 22AWG

Sensor Input Yellow 22AWG

*not used in all models

Diagnosc LED’s and buons

Learn Buon - The LEARN buon is used to link a switch or switch to the

ERDRC controller.

1. Press the LEARN buon for a half second. In link mode the LEARN LED will

stay ON and the POWER LED will toggle every 2 seconds.

2. Using the switch that you will link to the controller, press the wall switch

three mes. If linking a sensor, press the sensors TEACH buon. The

POWER LED will remain lit for 4 seconds while it links the new device. It

will resume toggling allowing you to link another device up to a total of 20

devices. Linking a switch or sensor that is already linked to a controller, will

remove or un-link it from the controller.

3. To exit link mode, press the LEARN buon on the ERDRC controller again

for a half second. Link mode will me out aer no acvity in 30 seconds.

Clear Buon - The CLEAR buon erases all devices linked to the ERDRC controller

and resets the controller to factory default sengs. Press the CLEAR buon i for

5 seconds. The LEARN LED will ash ON for 1 second and then OFF to complete

the step. The table below describes the LED acvity and associated mode of the

controller.

Descripon Power Learn

LINK mode Toggle 2 sec. ON

Storing ID ON 4 sec. ON

Clearing ID OFF 4 sec. ON

CLEAR mode N/A ON 1 Sec.

Normal operaon: see below OFF

w/o linked switch POWER led ON w/relay closed, factory default

w/ linked switch POWER led- one long blink followed by short blinks

counng the switches linked, repeated.

Occ. Sensor POWER led-two long blinks followed by short blinks

counng sensors linked.

Wireless Photo Sensor POWER led-three long blinks followed by short blinks

counng sensors linked.

Conguring the ERDRC

There are two methods of conguring parameters in the ERDRC controller.

Simple Tap is a quick method of changing a parameters seng, one at a me.

For accessing the complete set of conguraon parameters, use the Smart Click

process on the following pages.

Simple Tap Instrucons

Simple Tap uses the switches and sensors that are linked to the ERDRC controller

to set the associated conguraon parameters. You must be able to access the

sensors teach buon or the switches to perform the simple tap process. If the

sensor is linked to mulple controllers and you do not want to make changes to

all, turn the controllers relay o (lights o) to ignore the Simple Tap changes.

Simple Tap allows you to:

• Enable or disable the moon sensor Auto-ON feature

• Set the moon sensor Auto-OFF mer

• Set the Light ON/OFF or dimming set points

Disable/Enable the Auto-ON feature - With the light on, tap the occupancy

sensors teach buon followed by three quick consecuve clicks of a linked wall

switch ON. To enable Auto-ON, click once more ON, to disable click OFF. The

light will blink once to conrm the change.

Set the Moon Sensor Auto-OFF mer - With the light on, tap the occupancy

sensors teach buon to reset the mer period. There are 6 possible sengs

and the number of taps on the buon counts the number according to the me

period, see the table below. Level 1 (me out 0 seconds - demo mode) is set by

tapping 3 mes, consecuve taps up to a maximum of 8 taps is Level 6 (me

out 25 minutes).The relay/light will blink once on the third tap and then begin

counng the level set aer 3 seconds.

Taps Occ.Sensor Timer Light Blinks

3 taps* 0 sec. 1 blink

4 taps 5 min. 2 blinks

5 taps 10 min 3 blinks

6 taps 15 min 4 blinks

7 taps 20 min 5 blinks

8 taps 25 min 6 blinks

* for demonstraon purposes only

Set the Lighng Set points: The controller will turn the light on and o or will

modulate the dimming output (if enabled) based on the measured light level

from the light sensor. The set point values are a percentage of the full range of

the sensor.

For example: A 500 lux light sensor has a full range from 0 lux to 500 lux. The

value of the set point is equal to the percentage of 500 lux. If the set point is 60%

and the dimming output is enabled then the lux value when the light begins to

dim down is 300 lux [60% of 500 lux] measured at the sensor.

The dimming output will modulate over a 20% range of the sensor so the

dimming output will reach 0% or 0V at 400 lux (80% of 500 lux), the minimum

dimming set-point, see red line in graph below. The relay will open (lights o)

when the light level increases 15% past the minimum dimming set point, see

green line line in graph below. The lights will remain o unl the light level

decreases to the minimum dimming set-point where the relay will close (lights

ON) and the dimming output will increase as the natural light decreases.

Control Response with Dimming Output Enabled

If the dimming output is disabled, the set point becomes the light level where

the relay will close and turn the lights ON or the Light-ON-Set point. The Light-

OFF-Set point is 15% greater than the Light- ON-Set point. In this example, the

Light-OFF-Set point = 1.15% x 60 = 69% or 345 lux.

Control Response with Dimming Output Disabled

There are two methods of seng the lighng set points.

1. Seng the light level set point to an opmum value - You can adjust

the light level to a comfortable seng and have the controller maintain

this light level. This process is useful in closed loop sensor applicaons

where the sensor reading is aected by the xture output (ceiling mount,

near a window, oce applicaons). This set point becomes the maximum

dimming set point when the dimming output is enabled. When the

dimming output is not enabled, the Light-ON-Set point is adjusted 7.5%

below and the OFF set point 7.5% above this opmum room light level.

• With the light on, tap the light sensors teach buon 3 mes to set the

light level set points using the current exisng light level recorded at the

sensor. The light will blink once to acknowledge the change.

• Move away from the sensor to avoid aecng the light level. The next

transmied light value from the sensor will be used to set either the

maximum dimming set point or the light-on-set point.

• The light will blink once again to complete the process.

2. Seng the set point to an absolute value - You may also set the lighng

set point to an absolute value useful in open-loop sensor applicaons. If

the dimming output is enabled, the absolute value selected becomes the

maximum dimming set point. If the output is disabled, the absolute value

selected becomes the Light-ON-Set point.

• With the light on, tap the light sensors teach buon 4 mes to set the set

point to 20%.

• Tap the buon addional presses incremenng the set point value by

20%. Five (5) taps would equal 40%, seven (7) taps would be 80%.

• The light will blink once at three taps and then begin blinking according

to the level set to conrm the change aer 3 seconds.

Absolute Set points with Dimming Output Enabled

Taps Max.Dim SP Min.Dim SP Blinks

3 taps Sensor Sensor+20% 1 blink

4 taps 20% 40% 2 blink

5 taps 40% 60% 3 blink

6 taps 60% 80% 4 blink

7 taps 80% 100% 5 blink

Absolute Set points with Dimming Output Disabled

Taps Light-OFF SP Light-ON SP Blinks

3 taps Sensor+7.5% S ensor-7.5% 1 blink

4 taps 23% 20% 2 blink

5 taps 46% 40% 3 blink

6 taps 69% 60% 4 blink

7 taps 92% 80% 5 blink

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