MSA ProtoAir FPA-W44 User manual

Operating Manual
ProtoAir FPA-W44 for Interfacing Cooper Lighting Solutions
Products
Revision: 1.E
Document No.: CN1757
Print Spec: 10000005389 (F)
MSAsafety.com

© MSA 2023. All rights reserved
Technical Support
Thank you for purchasing the ProtoAir for Cooper Lighting Solutions.
Please call Cooper Lighting Solutions for technical support of the ProtoAir product.
MSA Safety does not provide direct support. If Cooper Lighting Solutions needs to escalate the concern, they will contact
MSA Safety for assistance.
Support Contact Information:
Cooper Lighting Solutions
1121 Highway 74 South
Peachtree City, GA 30269
Customer Service:
Phone: [phone]
Website: https://www.cooperlighting.com
For online help go to https://www.cooperlighting.com/global/contact-us.

Quick Start Guide
1. Record the information about the unit. (Section 2.1 Record Identification Data)
2. Check that the ProtoAir and customer device COM settings match. (Section 2.3 Configuring Device
Communications)
3. If using a serial field protocol:
Connect the ProtoAir 3 pin RS-485 R2 port to the field protocol cabling (Section 3.1 Wiring Field Port to RS-485
Serial Network).
4. Connect power to ProtoAir 3 pin power port. (Section 4 Power up the Gateway)
5. Connect a PC to the ProtoAir via Ethernet cable. (Section 5 Connect the PC to the Gateway)
6. Setup Web Server Security and login via web browser. (Section 6 Setup Web Server Security)
7. Configure the ProtoAir to connect to the local network. (Section 7 Setup Network)
8. Select the System to use. (Section 8 Select System)
9. Set the field protocol settings via the Web Configurator. (Section 9.1 Select BMS Protocol and Configure
Settings)
10. Greengate/WaveLinx: Use the Discovery function to configure the ProtoAir and to find any light panels connected to
the device. (Section 9.2 Greengate/WaveLinx: Discover and Configure Light Panels Connected to the
Gateway)
11. Fifth Light: Review System Status and potential errors. (Section 9.3 Fifth Light: System Status)
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Contents
1 Introduction 6
1.1 ProtoAir Gateway 6
2 Setup for ProtoAir 7
2.1 Record Identification Data 7
2.2 Point Count Capacity and Registers per Device 7
2.3 Configuring Device Communications 8
3 Interfacing ProtoAir to Devices 9
3.1 Wiring Field Port to RS-485 Serial Network 9
3.2 Bias Resistors 10
3.3 Termination Resistor 11
4 Power up the Gateway 12
5 Connect the PC to the Gateway 13
5.1 Connecting to the Gateway via Ethernet 13
5.1.1 Changing the Subnet of the Connected PC 13
5.2 Navigate to the Login Page 13
6 Setup Web Server Security 14
6.1 Login to the FieldServer 14
6.2 Select the Security Mode 16
6.2.1 HTTPS with Own Trusted TLS Certificate 17
6.2.2 HTTPS with Default Untrusted Self-Signed TLS Certificate or HTTP with Built-in Payload Encryption 17
7 Setup Network 18
7.1 Routing Settings 19
7.2 Ethernet 1 Network Settings 19
8 Select System 20
9 Configure the ProtoAir 21
9.1 Select BMS Protocol and Configure Settings 21
9.1.1 Set Device Instance for Any Lighting Panel Attached to the Device 22
9.1.2 BACnet MS/TP: Setting the MAC Address BACnet Network 23
9.2 Greengate/WaveLinx: Discover and Configure Light Panels Connected to the Gateway 24
9.3 Fifth Light: System Status 28
10 BACnet: Setting Device Instance Offset to Assign Specific Device Instances 29
11 Using the Embedded BACnet Explorer 30
11.1 Discover the Device List 31
11.2 View Device Details and Explore Points/Parameters 32
11.2.1 Edit the Present Value Field 35
12 Troubleshooting 37
12.1 Lost or Incorrect IP Address 37
12.2 Viewing Diagnostic Information 38
12.3 Checking Wiring and Settings 39
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12.4 Internet Browser Software Support 39
12.5 Factory Reset Instructions 39
12.6 LED Functions 40
12.7 Taking a FieldServer Diagnostic Capture 41
12.8 Kaspersky Endpoint Security 10 42
13 Additional Information 43
13.1 Update Firmware 43
13.2 BACnet: Setting Network_Number for More Than One ProtoAir on the Subnet 43
13.3 Mounting 44
13.4 Certification 44
13.5 Physical Dimensions 45
13.6 Change Web Server Security Settings After Initial Setup 46
13.6.1 Change Security Mode 47
13.6.2 Edit the Certificate Loaded onto the FieldServer 48
13.7 Change User Management Settings 49
13.7.1 Create Users 50
13.7.2 Edit Users 51
13.7.3 Delete Users 52
13.7.4 Change FieldServer Password 53
13.8 Structure of the Device Tree 54
14 Vendor Information – Cooper Lighting Solutions 55
14.1 ControlKeeper 2 & 4 (GreenGate) Mappings to Field Protocols 55
14.2 ControlKeeper T (GreenGate) Mappings to Field Protocols 58
14.3 Room Controller (GreenGate) Mappings to Field Protocols 63
14.4 ControlKeeper 4A (GreenGate) Mappings to Field Protocols 65
14.5 ControlKeeper M/MB (GreenGate) Mappings to Field Protocols 69
14.6 WaveLinx Wired Scene Mappings to Field Protocols 74
14.7 WaveLinx Wired Channel Mappings to Field Protocols 74
15 Specifications 75
15.1 Compliance with EN IEC 62368-1 75
15.2 Warnings for FCC and IC 76
16 Limited 2 Year Warranty 79
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1 Introduction
1.1 ProtoAir Gateway
The ProtoAir wireless gateway is an external, high performance building automation multi-protocol gateway that is
preconfigured to automatically communicate between Cooper Lighting Solutions devices (hereafter simply called “device”)
connected to the ProtoAir and automatically configures them for BACnet/IP, BACnet MS/TP, Modbus TCP/IP and Modbus
RTU.
It is not necessary to download any configuration files to support the required applications. The ProtoAir is pre-loaded with
tested profiles/configurations for the supported devices.
FPA-W44Connectivity Diagram:
The ProtoAir can connect with the MSA Grid – FieldServer Manager. The FieldServer Manager allows technicians, the
OEM's support team and MSA Safety's support team to remotely connect to the ProtoAir. The FieldServer Manager
provides the following capabilities for any registered devices in the field:
• Remotely monitor and control devices.
• Collect device data and view it on the Dashboard and the MSA Smart Phone App.
• Create user defined device notifications (alarm, trouble and warning) via SMS and/or Email.
• Generate diagnostic captures (as needed for troubleshooting) without going to the site.
For more information on the FieldServer Manager, see the MSA Grid - FieldServer Manager Start-up Guide.
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2 Setup for ProtoAir
2.1 Record Identification Data
Each ProtoAir has a unique part number located on the side or the back of the unit. This number should be recorded, as it
may be required for technical support. The numbers are as follows:
Model Part Number
ProtoAir FPA-W44-1757
• FPA-W44 units have the following 3 ports: Ethernet + RS-485 + RS-485/RS-232
2.2 Point Count Capacity and Registers per Device
The total number of registers presented the device(s) attached to the ProtoAir cannot exceed:
Part number Total Registers
FPA-W44-1757 10,000
Greengate Devices Point Count Per Device
ControlKeeper 2 & 4 161
ControlKeeper T 213
Room Controller 115
ControlKeeper 4A 181
ControlKeeper M/MB 225
WaveLinx Wired Functionality Point Count
Scene 2
Channel 2
NOTE: Fifth light points determined by functionality selections (i.e. unit level, workpoint, workpoint power
consumption, occupancy sensors and daylight sensors).
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2.3 Configuring Device Communications
• The device needs to be on the same IP subnet as the ProtoAir and the configuration PC.
• Record the following device information for Greengate and WaveLinx Wired setup:
◦ IP Address
◦ IP port
◦ Panel Address (Greengate only)
◦ Number of Panels (Greengate only)
NOTE: This information is required for Section 9 Configure the ProtoAir.
NOTE: The WaveLinx Wired application requires a Virtual Item file to load device details.
NOTE: These parameters are not required for Fifth Light application.
NOTE: Cooper Lighting Solutions does not support the use of Wi-Fi on this device.
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3 Interfacing ProtoAir to Devices
3.1 Wiring Field Port to RS-485 Serial Network
• Connect the RS-485 network wires to the 3-pin RS-485 connector on the R2 port.
◦ RS-485 is part of the RS-485 interface and must be connected to the corresponding terminal on the BMS. If the
cable is shielded, the shield must connected only at one end and to earth ground – it will help suppress the
electromagnetic field interference. (Connecting the shield at both ends will likely produce current loops, which
could produce noise or interference that the shield was intended to block).
• See Section 5.1 Connecting to the Gateway via Ethernet for information on connecting to an Ethernet network.
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3.2 Bias Resistors
To enable Bias Resistors, move both the BIAS- and BIAS+ DIP switches to the right in the orientation shown
above.
The bias resistors are used to keep the RS-485 bus to a known state, when there is no transmission on the line (bus is
idling), to help prevent false bits of data from being detected. The bias resistors typically pull one line high and the other low -
far away from the decision point of the logic.
The bias resistor is 510 ohms which is in line with the BACnet spec. It should only be enabled at one point on the bus (for
example, on the field port were there are very weak bias resistors of 100k). Since there are no jumpers, many ProtoAirs can
be put on the network without running into the bias resistor limit which is < 500 ohms.
NOTE:Seethe Termination and Bias Resistance Enote for additional information.
NOTE:The R1 and R2 DIP Switches apply settings to the respective serial port.
NOTE:If the gateway is powered on, DIP switch settings will not take effect unless the unit is power cycled.
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