Acuity Controls ECLYPSE A1000 Bedienungsanleitung

ECLYPSE® A1000

ECYA1000 Installation Guide

Table of Contents

1-0 Introduction�� 3

1-1 Product Description�� 3

1-2 General Installation Requirements�� 3

1-3 Device Markings (Symbols) �� 3

1-4 General Wiring Recommendations �� 4

1-5 Module Enclosure Dimensions �� 4

2-0 Mounting Instructions �� 5

2-1 Mounting Positions�� 5

2-2 Assembly Order�� 5

2-3 DIN Rail-Mounted Installation�� 5

2-4 Wall Mounted Installation�� 5

3-0 Mounting Instructions �� 6

3-1 Power Supply Module (24V) Wiring�� 6

4-0 DIP Switch and Jumper Identiﬁcation and Conﬁguration�� 6

4-1 Server Module �� 6

4-2 8UI6UOHOA Module �� 6

4-3 Input Wiring �� 6

4-4 Output Wiring�� 8

5-0 Communications Wiring �� 9

5-1 Wired Connection �� 9

5-2 Wi-Fi Connection�� 9

5-3 BLE Adapter Connection �� 9

6-0 Conﬁguring the Controller �� 10

6-1 Using the Factory-default Hostname in a Web Browser�� 10

6-2 Using the Controller’s IP Address in a Web Browser �� 10

6-3 Connecting to the Controller’s Conﬁguration Web Interface �� 10

7-0 Communication Protocols �� 11

7-1 BACnet MS/TP Communications Wiring �� 11

7-2 Modbus RTU Communications Wiring �� 11

7-3 Modbus TCP Communications Wiring �� 11

8-0 Additional Information �� 12

8-1 Maintenance�� 12

8-2 Disposal�� 12

8-3 North American Emissions Compliance�� 12

8-4 Complementary Information�� 12

9-0 OPTIONAL WiFi and BLE Adaptor Mounting Instructions�� 13

9-1 Typical Mounting Scenarios�� 13

9-2 Instructions for Ceiling Mount�� 13

9-3 Instructions for NPT Mounting�� 13

9-4 Location Tips for ECLYPSE A1000 using Wireless Adapter�� 14

9-5 BLE Adapter Cable Extension �� 14

1-1 Product Description

1-0 Introduction

This document describes the installation procedures for the ECLYPSE A1000. The ECLYPSE A1000 manages and controls a network of enabled with Atrius

luminaires part of the Atrius Navigator Solution. This programmable device provides advanced functionality, such as customizable IP and WiFi to let you

seamlessly integrate your lighting control system with your building management systems. For more detailed information about the ECLYPSE A1000 and

its capabilities please refer to the ECLYPSE A1000 User Guide.

1-2 General Installation Requirements 1-3 Device Markings (Symbols)

For proper installation and subsequent operation of the nLight

Uniﬁed Room Interface solution, pay special attention to the following

recommendations:

• Upon unpacking the product, inspect the contents of the carton

for shipping damages. Do not install damaged modules.

• Avoid areas where corroding, deteriorating or explosive vapors,

fumes or gases may be present.

• Ensure the mounting surface can support the controller, DIN rail,

and any user-supplied enclosure.

• Allow for proper clearance around the controller’s enclosure,

and wiring terminals to provide easy access for hardware

conﬁguration and maintenance, and to ventilate heat generated

by the controller.

• The controller’s mounting orientation must be horizontal with

the controller’s back attached to a vertical wall surface. Orient

the controller with the ventilation slots and power supply input

terminal block connectors towards the top to permit proper

heat dissipation. When installed in an enclosure, select one that

provides sufﬁcient surface area to dissipate the heat generated by

the controller and by any other devices installed in the enclosure.

A metal enclosure is preferred. If necessary, provide active cooling

for the enclosure.

• The controller’s datasheet speciﬁes the power consumption

(amount of heat generated), the operating temperature range,

and other environmental conditions the controller is designed to

operate under.

• Ensure that all equipment is installed according to local, regional,

and national regulations.

• If the controller is used and/or installed in a manner not speciﬁed

by Acuity Controls, the functionality and the protection provided

by the controller may be impaired.

Any type of modiﬁcation to any nLight

product will void the product’s warranty.

Take reasonable precautions to prevent electrostatic

discharges to the controller when installing, servicing,

or operating the controller. Discharge accumulated

static electricity by touching one’s hand to a well-

grounded object before working with the controller.

Certain markings (symbols) can be found on the controller and are deﬁned

as follows:

Symbol Description

CE marking: the device conforms to the

requirements of applicable EC directives.

Double Insulation marking: These controllers are

built using double insulation.

Products must be disposed of at the end of their

useful life according to local regulations.

Read the Hardware Installation Guide for more

information.

For indoor use only.

UL marking: conforms to the requirements of the UL

certiﬁcation.

FCC marking: This device complies with FCC rules

part 15, subpart B, class B.

Warning Symbol: Signiﬁcant information required.

Refer to the Hardware Installation Guide.

HIGH VOLTAGE Symbol: Direct contact will cause

electrical shock or burn.

Alternating Current

Direct Current

Line

Neutral

1-4 General Wiring Recommendations 1-5 Module Enclosure Dimensions

Any type of modiﬁcation to any nLight

product will void the product’s warranty.

• All wiring must comply with electrical wiring diagrams as well as

national and local electrical codes.

• To connect the wiring to a device, use the terminal connectors.

Use a small ﬂat screwdriver to tighten the terminal connector

screws once the wires have been inserted (strip length: 0.25’’ (6

mm), tightening torque 0.5 Nm).

• Keep wiring separate according to their function and purpose

to avoid any ambient noise transmission to other wires. Use

strapping to keep these wires separated. For example, keep

power, hazardous voltage, SELV, network, and input wiring

separate from each other.

• For the Power Supply module: When connecting one wire to a

controller’s terminal block clamping cage (pole), the wire must

be between 18 and 14 gauge (0.82 and 2.1mm2 cross-sectional

area). When connecting two wires to a controller’s terminal block

clamping cage, both wires must be the same thickness, must be

between 18 and 16 gauge (0.82 and 1.3mm2 cross-sectional

area), and must be the same type (solid or stranded). Twist the

wires together and insert then into the controller’s terminal block

clamping cage. For any other wiring combination (mixed wire

thickness, mixed solid and stranded conductors, more than three

wires, wire thickness is out of range), twist the wires together and

use a wire nut and a pig tail to connect to the controller’s terminal

block connector (Figure 2).

• Keep all wires away from high speed data transmission cables

(for example, Ethernet, etc.).

• Keep input and output wiring in conduits, trays or close to the

building frame if possible.

• Use the screws, wall anchors, and wire nuts included for wall

mounting and wiring.

1-0 Introduction - cont’d

Controller

Wire Nuts

TerminalBlock

Connector

Wire Connections

Pigtails

Figure 02: Using a Wire Nut and Pigtail to Wire the Controller

3.18" 80.82

18.540.73

21.080.83

3.33" 84.47

0.4" 1.093.57" 90.67

Inches Millimeters

Inter-Connection Gap: 0.01" 0.40

5.13" 130.29

0.06" 1.44

4.74" 120.31

0.39" 9.98 Front Back

Figure 03: Server Module

Figure 04: 8UI6UOHOA Module

Figure 05: Side View - All Modules

2.95" 74.99

4.74" 120.31

3.20" 81.17

3.18" 80.82

0.73 18.54

0.83 21.08

Inches Millimeters

Front

Inter-Connection Gap: 0.01" 0.40

Back

4.80" 121.75

0.06" 1.44

Front

4.74" 120.31

O6O3O1 O4 O7 O8O5O2

MAN

AUTO

OFF

Inter-Connection Gap: 0.01" 0.40

5.15" 130.07

4.94" 125.32

Back

3.18" 80.82

0.73 18.54

0.83 21.08

Inches Millimeters

0.06" 1.44

4.80" 121.75

2.31" 58.56

2-1 Mounting Positions

2-2 Assembly Order

2-4 Wall Mounted Installation

2-4 Wall Mounted Installation - cont’d

2-3 DIN Rail-Mounted Installation

2-0 Mounting Instructions

Each module can be mounted on a DIN rail for fast installation and easier

maintenance. Each module also has two pre-molded mounting holes all-

owing the module to be mounted in a panel or on a wall.

The controller‘s mounting orientation must be horizontal with the

controller‘s back attached to a vertical wall surface (Figure 06).

Modules are connected in a left to right order, starting with a PS24 Power

Supply then the ECLYPSE A1000 server module and then the 8UI6UO

module.

Modules should be mounted on a wall one module at a time. The first

module of the assembly to be mounted should be the one to the very left

(usually a PS24 Power Supply). Once this module has been attached to the

wall, connect the next module on the right so that the side connectors are

firmly coupled and the modules are aligned straight. Now attach this

module to the wall. Repeat until all modules are mounted in a row.

1. Before mounting a module, separate the front assembly from the

back plate of each module to be mounted: push the two latches

up to unlock a module’s front assembly as shown below

• For server and power supply: Separate the front and back base

by gently pulling the front assembly off of the back base, thereby

separating the electrical connectors between the two halves.

1. Securely mount the DIN rail horizontally on the wall.

2. Clip the modules onto the DIN rail in the assembly order.

3. Slide the modules together so that the side connectors of each

module arefirmly mated with the adjoining module. Use DIN rail

clips to keep the row of modules well secured together and to

prevent the movement of any module along the DIN rail. Certain

modules come with DIN rail clips in the box.

4. To detach the module from the DIN rail, separate the module

from any other module located on either side. Use a flat screw

driver to pull down on the release clip located at the bottom

center of the module and pull it off the DIN rail, bottom first.

Horizontal Mounting Position:

Required for DIN rail mounting

Required for wall mounting

Vertical Mounting Position:

Is Forbidden

Figure 06: Permitted Mounting Positions - Vertical Mounting is Forbidden

Figure 08: Latches to Unlock a Module’s Front Assembly

Figure 09: Typical Mounting Holes

Figure 10: Appropriate Mounting Hardware (ﬁeld supplied)

Figure 07: DIN Rail Release Clip

2. Once the front assembly has been removed, use the back plate’s

mounting holes to mark the location of any holes that need to be

drilled.

3. Drill the holes.

4. Clean the surface and mount the module using a No. 8 slotted

hex, size: 1/4” or equivalent mounting hardware appropriate to

the wall.

5. To lock a module’s front assembly in place, attach the front

assembly to the module’s back base by closing any gull-wing

front assemblies (if applicable) and pushing the two latches

down.

3-1 Power Supply Module (24V)

Wiring

4-1 Server Module

4-2 8UI6UOHOA Module

4-3 Input Wiring

3-0 Mounting Instructions

Voltage: 24VAC/DC; ± 15%, Class 2

For terminal block connector wiring best practices, see General Wiring

Recommendations.

The Server module has the following conﬁgurable jumpers or DIP switches

located inside the cover. Orient the circuit board (Figure 12).

The 8UI6UOHOA module have the following conﬁgurable DIP switches

located inside the cover.

Input options must be properly conﬁgured in EC-gfxProgram to ensure

correct input readings.The following table shows the 8UI6UOHOA modules’

input designation for each IO type. For terminal block connector wiring best

practices, see General Wiring Recommendations. Inputs can be connected

as follows.

• For a wire length less than 75’ (23m), either a shielded

or unshielded 18AWG wire may be used.

• For a wire up to 200’ (61m) long, a shielded 18AWG

wire is recommended.

• The shield of the wire should be grounded on the

controller side only and the shield length should be

kept as short as possible.

This is a Class 2 Product. Use a Class 2 transformer only

(rated between 60 and 100VA at 24VAC) for each power

supply module.

Before connecting a sensor to the controller, refer to the

installation guide of the equipment manufacturer.

A separate transformer rated at 60 VA minimum must be used for each

power supply module (24V) for it to operate at full capacity. Choose a

transformer that can supply both the needs of the power supply (60VA) and

any other 24VAC loads such as connected wireless adapters: add up the

maximum power consumption of all loads and multiply this sum by 1.3.

Use an external fuse on the 24VAC side (secondary side) of the transformer,

as shown in the ﬁgure below, to protect all modules against power line

spikes and mis-wiring.

24 VAC

AC Power

Source

(Mains)

Fuse: 4A

Max. Fast

Acting

Electrical

System Ground

Equivalent

24 VDC

Fuse: 4A

ax. Fast

Acting

–

DC Power

Source

Figure 11: Power Supply Module (24V) Power Wiring

Figure 12: Server Module Jumper, DIP Switch, and Reset Button Locations

Maintain consistent polarity when connecting controllers and devices to the

transformer. One terminal on the secondary side of the transformer must

be connected to the building’s ground. Ensure that the 24V COM terminal

of the power supply is connected to the grounded transformer secondary

connection.

4-0 DIP Switch and Jumper

Identiﬁcation and Conﬁguration

* Factory-default positions

SUBNET EOL

Termination

HOST SUBNET

SEC RS-485PRI

RESET

EOL Off

(Disabled)*

EOL On

(Enabled)

RS-485 EOL

Termination

EOL Off

(Disabled)*

EOL On

(Enabled)

* Factory-default positions

SUBNET EOL

Termination

HOST SUBNET

SEC RS-485PRI

RESET

EOL Off

(Disabled)*

EOL On

(Enabled)

123

OFF*

EOLBIAS + BIAS -

RS-485 EOL Termination

Option Configuration

4-0 DIP Switch and Jumper

Identiﬁcation and Conﬁguration - cont’d

Sensor Input Type

8UI6UOHOA

Modules' Input

Designation

Input Connection Diagram

• Dry Contact input.

• Pulsed input.

• UIx

• Pulse input used with a 2-wire sensor powered by its own

power source – this input supports a maximum input

frequency of 1Hz (500ms minimum ON/OFF). Connect the

pulse input according to the figure for a pulse meter that can

pull-down a +5VDC supply with a 10KΩ pull-up resistor

(Internal supply type).

• UIx

• RTD input (for example, 1000Ω).

• Thermistor Input (for example, 10kΩ type II and III).

• UIx

• Resistive input, maximum 350kΩ (for example, use with

10kΩ and 100kΩ potentiometers).

• UIx

• 0 to 20mA input used with a 2-wire, 0 to 20mA sensor

• See DIP Switch and Jumper Identification and Configuration

on page 5 for more information about how to set the DIP

Switch.

• UIx

• 0 to 20mA input used with a 2-wire, 0 to 20mA sensor

• See DIP Switch and Jumper Identification and Configuration

on page 5 for more information about how to set the DIP

Switch.

• UIx

• 0 to 20mA input used with a 3-wire, 0 to 20mA sensor

• See DIP Switch and Jumper Identification and Configuration

on page 5 for more information about how to set the DIP

Switch.

• UIx

• 0 to 20mA input used with a sensor powered by its own

power source.

• See DIP Switch and Jumper Identification and Configuration

on page 5 for more information about how to set the DIP

Switch.

• UIx

• Voltage input used with a 3-wire 0 to 10VDC or 0 to 5VDC

sensor powered by an external 24 AC/DC power supply.

• UIx

• Voltage input used with a 0 to 10VDC or 0 to 5VDC sensor

• UIx

4-3 Input Wiring - cont’d

4-0 DIP Switch and Jumper

Identiﬁcation and Conﬁguration - cont’d

4-4 Output Wiring

• For a wire length less than 75’ (23m), either a shielded or unshielded 18AWG wire may be used.

• For a wire up to 200’ (61m) long, a shielded 18AWG wire is recommended.

• The shield of the wire should be grounded on the controller side only and the shield length should be kept as short as possible.

Before connecting a sensor to the controller, refer to the installation guide of the equipment manufacturer.

Output options must be properly conﬁgured in EC-gfxProgram to ensure correct output values. The table below shows the 8UI6UOHOA modules’ output

designation for each IO type. For terminal block connector wiring best practices, see General Wiring Recommendations. Outputs can be connected as

follows.

Sensor Input Type

8UI6UOHOA

Modules' Input

Designation

Input Connection Diagram

• Discrete 0 or 12VDC digital, Pulse, or PWM output controlling

a 12VDC relay.

• UOx

• 0 to 20mA current output – set the DIP switch to 0-20mA.

• See DIP Switch and Jumper Identification and Configuration

on page 5 for more information about how to set the DIP

Switch.

• UOx

• 0 to 10VDC voltage output. • UOx

• 0 to 10VDC voltage output controlling an analog actuator that

is powered by an external 24VAC power source.

• UOx

5-1 Wired Connection 5-2 Wi-Fi Connection

5-3 BLE Adapter Connection

5-0 Communications Wiring

Controllers are uniquely identiﬁed on the network by their MAC address.

This identiﬁer is printed on a label located on the side of the controller and

on its shipping box. Get a printed copy of the building’s ﬂoor plan. During

controller installation, peel the MAC address stickers off of the shipping box

and put it on the ﬂoor plan where the controller has been installed.This

MAC address is used as part of the controller’s factory-default Wi-Fi access

point name and its network hostname.

There are two methods to connect to the controller: wired (Ethernet

connection) or wireless (when the ECLYPSE Wi-Fi Adapter is connected to

the controller).

Network connections can be daisy-chained. Connect the WiFi Adapter to one of the HOST connector of the server

module.

Once the ECLYPSE Wi-Fi Adapter has been connected to the controller, a Wi-

Fi hotspot becomes available that allows you to connect to the controller’s

conﬁguration Web interface with your PC.

On your PC’s wireless networks, look for an access point named ECLYPSE-

XXYYZZ where XXYYZZ are the last 6 hexadecimal characters of the

controller’s MAC address (see above).The default password for the wireless

network is: eclypse1234.

Connect the BLE Adaptor to one of the HOST connectors of the server

module.

Bar Code

ID: MAC Address

Model: ECY-S1000

For example, for a MAC Address of : 76:a5:04:cd:4a:d1

The factory-default name for the Wi-Fi access point is ECLYPSE-CD4AD1

The factory-default hostname is eclypse-cd4ad1.local

Label

Figure 13: Finding the Controller’s MAC Address

Figure 14: Communication Wiring

To Router /

Next IP Device

To Next IP

Device

RJ-45

Connector

Cat 5e

Network

Cable

6-0 Conﬁguring the Controller

6-1 Using the Factory-default

Hostname in a Web Browser

6-2 Using the Controller’s IP Address

in a Web Browser

6-2 Using the Controller’s IP Address

in a Web Browser - cont’d

6-3 Connecting to the Controller’s

Conﬁguration Web Interface

Controllers have a factory-default hostname that you can use instead of an

IP address to connect to it.The hostname can be used in a Web browser’s

address bar. When installing the latest version of the conﬁguration web

interface Program and your PC does not have the Bonjour service installed,

a link to install the Bonjour service is provided.The Bonjour service must

be installed on your PC to allow your PC to discover controllers by their

hostname.

If your PC is unable to resolve the controller’s hostname, you must connect

your PC to the controller through Ethernet or Wi-Fi so that your PC only

sees the controller network. For example, in this case, your PC must be

disconnected from all other networks such as a corporate network or the

Internet. If necessary, temporarily disconnect your PC’s network cable from

its Ethernet port.

The controller’s factory-default hostname is eclypse-xxxxxx.local where

xxxxxx is the last 6 characters of the MAC address printed on a sticker

located on the side of the controller. See above.

For example, the sticker on the side of a controller shows that its MAC

address is 76:a5:04:cd:4a:d1. Connect to the controller’s Web interface as

follows:

1. Open your Web browser.

2. In the Web browser’s address bar, type https://eclypse-cd4ad1.

local and click go.

3. Login to the controller. Then set the controller’s configuration

parameters in the controller’s configuration Web interface. See

Connecting to the Controller’s Configuration Web Interface.

Connect to a controller through its IP address as follows:

For a Wi-Fi Network Connection:

1. Open your Web browser.

2. In the Web browser’s address bar, type 192.168.0.1 (the

controller’s factory-default wireless hotspot IP address) and click

go.

3. Login to the controller. Then set the controller’s configuration

parameters in the controller’s configuration Web interface. See

Connecting to the Controller’s Configuration Web Interface.

For an Ethernet Network Connection: You must know the controller’s current

IP address (from the DHCP server for example).

4. Open your Web browser.

5. In the Web browser’s address bar, enter the controller’s IP

address and click go.

6. Login to the controller. Then set the controller’s configuration

parameters in the controller’s configuration Web interface. See

Connecting to the Controller’s Configuration Web Interface.

At the ﬁrst connection to an ECLYPSE Controller you will be forced to change

the password to a strong password for the admin account to protect access

to the controller.

In Network Settings, conﬁgure the controller’s network parameters so that

they are compatible with your network. It is important to create new user

accounts with strong passwords to protect the controller from unauthorized

access. Remove the factory default admin account as this is a commonly

known security breech (only the password for this user account needs to be

compromized.)

Figure 15: Web Interface

Any of the following methods can be used to connect to the controller’s interface in order to conﬁgure it:

• Using the controller’s factory-default Hostname in the Web browser

• Using the controller’s IP address in the Web browser

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