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New Products 1/2018
WAGO TOPJOB® S RAIL-MOUNT TERMINAL BLOCKS WITH LEVERS
CONNECTION TECHNOLOGY | RAIL-MOUNT TERMINAL BLOCKS
WHY WAGO?
Tool-free and intuitive lever actuation Easily terminate/remove all conductor types by hand
Lever remains open without any force being exerted Both hands remain free for wiring.
Lever position is clear
It’s easy to see if the clamping unit is open or closed.
Side-entry conductor termination
Easy connection – even with difficult-to-bend conductors
Push-in connection technology
Fast termination of solid, stranded and fine-stranded conductors with ferrules
The Most Intuitive Ways to Wire
Pull the lever up, insert a conductor and push the lever back down: WAGO has now brought this ingeniously simple connec-tion technology to DIN-rail as a variant to WAGO’s well-known TOPJOB® S Rail-Mount Terminal Blocks. Conductors can now be easily connected and disconnected by hand in control cabinets as well. Especially for connecting conductors in the field, users benefit from ease of use: The clamping point is clearly identified by the open lever, and both hands remain free for wiring. A push-button or operating slot is available for internal wiring. The rail-mount terminal blocks with levers ac-commodate all conductor types and use Push-in connection technology. The rail-mount terminal blocks with levers will initially be avail-able from WAGO in the nominal cross-sections of 2.5 mm² (14 AWG) and 16 mm² (8 AWG), in two-wire and three-wire versions. The marking system and the multifunctional range of jumpers for the well-known WAGO TOPJOB® S Rail-Mount Terminal Blocks can also be used for the new rail-mount terminal blocks with levers.
Expected availability: June 2018
21xx Series
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WAGO TOPJOB® S RAIL-MOUNT TERMINAL BLOCKS WITH PUSH-BUTTON
CONNECTION TECHNOLOGY | RAIL-MOUNT TERMINAL BLOCKS
WHY WAGO?
Open the clamping unit with push-button actuation
Opening the clamping unit with push-button actuation Color-coded actuating element
Intuitive operation – the actuating element is high-lighted.
Push-in connection technology Fast termination of solid, stranded and fine-stranded conductors with ferrules with pluggable connection
Simple actuation with push-button
New variants with push-buttons also join WAGO’s range of TOPJOB® S Rail-Mount Terminal Blocks. The clamping point of the new rail-mount terminal blocks with push-buttons can be opened with any hand tool. The orange push-button allows the actuator to be clearly and quickly distinguished from the conductor entry. The new WAGO rail-mount terminal blocks with push-button are available in the following nominal cross-sections: 1.0 mm2, 1.5 mm2, 2.5 mm2, 4 mm2, 6 mm2, 10 mm2 and 16 mm2. They are available in two-, three- or even four-conductor models.
The marking system and the multifunctional range of jumpers for the well-known WAGO TOPJOB® S Rail-Mount Terminal Blocks can also be used for the new rail-mount terminal blocks with push-buttons.
Expected availability: June 2018
22xx Series
3
A Range of Rail-Mount Terminal Blocks
With the expanding TOPJOB® S Rail-Mount Terminal Block range, you can now choose from three actua-tion variants: lever, push-button or operating slot.
Choose the versions that best suit your application.
A Range of Jumpers
The TOPJOB® S jumper range is compatible with the entire rail-mount terminal block range, including all three actuation variants. This gives you the right solution for all commoning tasks.
Continuous marking possibilities
Since they have the same profiles, all three versions of the TOPJOB® S Rail-Mount Terminal Blocks can be labeled with a continuous marking strip in the shortest time possible. With smartPRINTER, multiple lines can be printed on the strips, simplifying function assignment..
WAGO RAIL-MOUNT TERMINAL BLOCKS TOPJOB® S
CONNECTION TECHNOLOGY | RAIL-MOUNT TERMINAL BLOCKS
3 Versions =
1 Range
4
Testing Options
All versions of the TOPJOB® S Rail-Mount Terminal Blocks offer testing options.
Push-in connection technology
Push-in CAGE CLAMP® is the universal connection technology for all conductor types. For especially quick conductor connection, all three actuation versions offer the possibility of connecting solid and stranded conductors, as well as fine-stranded conductors with gas-tight, crimped ferrules by simply pushing them in – no tools needed.
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Both of the new connectors from the MULTI CONNECTION SYSTEM (MCS) range also save valuable space, since conduc-tors up to the next-larger cross-section (10 mm² and 25 mm², respectively) can be connected, for a greater current carrying capacity of up to 76 A.
The new MCS MAXI 6 male headers and female connectors with levers extend the existing system while ensuring full compatibility and offer the ideal solution for field wiring appli-cations.
Field Connections in Next to No Time
For wiring assemblies in the field, highly accessible and simple-to-operate connection points are essential. WAGO is literally leveraging its expertise with the MCS MAXI 6 and MCS MAXI 16 to offer the world’s first pluggable connectors with levers for intuitive, tool-free handling. This allows quick, convenient wiring by hand.
The pluggable PCB connectors are designed for conductor sizes up 10 mm² (MCS MAXI 6) and 25 mm² (MCS MAXI 16), respectively, and are available in both wire-to-wire and wire-to-board versions. Connection with Push-in CAGE CLAMP® is suitable for all conductor types and enables solid and fine-stranded conductors with ferrules to be connected by simply pushing them into the unit.
NEW!
Lever for
Power
Electronics
Item No. 831-1104
Item No. 832-1104/037-000
Item No. 832-3604Item No. 831-3604
PLUGGABLE PCB CONNECTORS WITH LEVERS
CONNECTION TECHNOLOGY | PLUGGABLE PCB CONNECTORS
77
WHY WAGO?
Tool-free and intuitive lever actuation Convenient and time-saving wiring by hand
Connection option for the next-larger cross-section
Greater performance in a compact installation
100% protection against mismating; coding and locking options
For maximum user safety
Two pluggable connector ranges for connecting maximum conductor sizes 10 mm² and 25 mm²
For universal use
WHY WAGO?
Double looping-through connection Simplifies circuit extension and minimizes inventory costs
Push-in connection technology up to 2.5 mm²
Fast conductor connection by directly inserting fine-stranded, stranded and fine-stranded conductors with ferrules
Color-coded connection ports
Clear potential assignment Green status LED
Easy voltage control, reduced troubleshooting Snap-in mounting foot for TS 35 and holes for screw mounting
Flexible mounting options on DIN-rail and smooth surfaces
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CONTROL CABINET OUTLET WITH DOUBLE CONNECTION
CONNECTION TECHNOLOGY | ACCESSORIES
Maximum Flexibility, Minimum Installation Time
WAGO’s control cabinet outlets for SCHUKO® plugs and Europlugs greatly simplify control cabinet construction. The angled double connection with Push-in CAGE CLAMP® enables simple and fast conductor connection in the viewing direction and allows several power outlets to be connected. Color-coded connection ports clearly assign potentials, minimizing the risk of wiring errors. Double power outlets are now a thing of the past. This saves space in the warehouse and provides more control cabinet design flexibility. The mains voltage required for charging batteries or connecting lights or operating laptops and printers is quickly and safely available. The power outlets are available in three colors: gray (standard), red (UPS) and yellow (permanently live).
Item No. 709-582
Item No. 709-583
Item No. 709-581
9
NEW!
6 mm2
version
WHY WAGO?
Tool-free and intuitive lever actuation Convenient and time-saving wiring
Nominal cross-section up to 6 mm2 (10 AWG)
Connection of permanently installed devices with higher power requirements
Internal wiring of devices
New application options for device manufacturers
Transparent housing Visually inspect the connection
Optional carrier rail adapter Secure installations within distribution and junction boxes
Item No. 221-613
Item No. 221-413
Easier, Faster, Safer
These three attributes characterize WAGO’s 221 Series Splic-ing Connectors. Pull the lever up, insert a conductor and push the lever back down – done. And because lever-actuation is so convenient, reliable and time-saving for installations, WAGO has expanded its electrician-trusted 221 Series with a model for conductors up to 6 mm² (10 AWG) – not just for building installations, but electrical appliance manufacturers as well. The new 221 Series, with a conductor cross-section of 6 mm², offers completely new applications: High-power lighting and signal systems, or HVAC systems within commercial buildings, can be wired easily, safely and quickly.
SPLICING CONNECTORS FOR CONDUCTORS UP TO 6 mm2
CONNECTION TECHNOLOGY | INSTALLATION TERMINAL BLOCKS
SD
LINKACT
LINK ATC
MSNS
I/O USR
MQTT
ETHERNETMQTT
PFC
ETHERNET
ETHERNET
MQTT
Installation of a new system
Retrofit – parallel installation to existing systems
Expa
nsio
nEx
istin
g sy
stem
WAGO Cloud Data Control(Microsoft Azure)
WAGO Cloud Data Control(Microsoft Azure)
10
AUTOMATION TECHNOLOGY | Cloud
From the Field Level up to the Cloud
As the link between the real and digital worlds, WAGO Cloud Data Control allows the applications and data of all WAGO PFC100 and PFC200 Controllers to be monitored, managed and provided. A Web portal gives the user easy access to functions such as project, controller and user management, as well as controller status monitoring and alarm functions. On one hand, WAGO Cloud Data Control enables decentralized data acquisition right down to the field level and, on the other, it provides central access to current data – regardless of location.
WAGO CLOUD DATA CONTROL
WHY WAGO? Individual dashboard
Universal solution for various applications
Scalable IoT solution
Individually customizable and expandable
SD
LINKACT
LINK ATC
MSNS
I/O USR
MQTT
TLS 1.2 encryption Secure communication
Alarm handling Central system status monitoring and notification option
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WHY WAGO?
Faster processor and larger memory Now even more powerful
Secure standard connection to cloud solutions
Communication via MQTT protocol per TLS 1.2 encryption to Amazon Web Services, Microsoft Azure, IBM Bluemix or other providers
e!COCKPIT Engineering Software
Convenient engineering process based on CODESYS V3
Broad application field Multiple interfaces, protocols and functions
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Amazon Web Services
IBM Bluemix
60% More Power!
Item No. 750-8216
Item No. 750-8212
PFC200 CONTROLLERS
AUTOMATION TECHNOLOGY | CONTROLLERS
Faster Processor – Larger Memory
The new generation of PFC200 Controllers makes quite an impression with an even more powerful CPU, combined with extended storage capacities. Another noteworthy feature is the updated e!COCKPIT engineering environment (version 1.4). With the standardized MQTT protocol, the way is now open to connect compact controllers directly to WAGO cloud solu-tions, Amazon Web Services, Microsoft Azure or IBM Bluemix.
WHY WAGO?
MODBUS configurator update Simplified diagnostic options and more efficient batch processing (e.g., import and export of variables), as well as a graphic representation of communication connections
"Static analysis" and "profiler" extensions
Better program code evaluation Integration of the 3S store into the user interface
Benefit from many software components Python interface
Allows automated loading of applications on the controller, for example
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Other ProvidersIBM Bluemix
Microsoft AzureWAGO
Cloud Data Control(Microsoft Azure)
Cloud
Connectivity via
MQTT
NEW!e!COCKPIT
VERSION 1.4
Item No. 750-8213
Cloud connectivity is possible with all PFC100 and PFC200 Controllers.
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AUTOMATION TECHNOLOGY | WAGO-I/O-SYSTEM 750 XTR
WHY WAGO?eXTReme temperatures: −40 °C … +70 °C
No air conditioning required eXTReme vibration resistance: up to 5 g of acceleration
Long service life and increased return on investment eXTReme isolation and protection up to 5 kV of impulse voltage (DIN EN 60870-2-1)
For faultless operation and increased customer and operator satisfaction
More Possibilities for Extreme Conditions
WAGO expands its 750 XTR I/O-System to include 12 new I/O modules. The modules include new analog/digital inputs and outputs, function and technology modules (e.g., counter, SSI, incremental encoder and CAN communication), as well as supply and segment modules with fuse holders. As with all members of the XTR family, these new modules are engineered to work reliably, are fail-safe and provide a long service life in extreme environments. Within their broad appli-cation scope, these modules are ready for new applications in the railway technology and heavy industry sectors.
WAGO-I/O-SYSTEM 750 XTR
15
For additional information and an overview of all products, visit www.wago.com/xtr
Item Number Function750-404/040-003 Counter; Adjustable; XTR750-430/040-000 8-Channel Digital Input; 24 VDC; 3 ms; XTR750-431/040-000 8-Channel Digital Input; 24 VDC; 0.2 ms; XTR750-483/040-000 2-Channel Analog Input; 0 … 30 VDC; Differential Input; XTR750-537/040-000 8-Channel Digital Output; 24 VDC; 0.5 A; Diagnostics, XTR750-601/040-000 Bus Supply Module; 24 VDC; Fuse Holder; XTR750-610/040-000 Bus Supply Module; 24 VDC; Fuse Holder; Diagnostics; XTR750-614/040-000 Field-Side Connection Module; XTR750-624/040-000 Field-Side Power Supply Filter (Surge); 24 VDC; Higher Isolation; XTR750-630/040-001 Absolute Encoder Interface; 24 Bits; 125 kHz; Bin. Code; XTR750-637/040-001 Incremental Encoder Interface; 24 VDC; Differential Input; 32 Bits; XTR750-658/040-000 CAN Gateway; XTR
12 new
modules
16
WHY WAGO?
Robust design Reliability in demanding areas
Less wiring
Save time, space and money. Redundant power supply and alarm functions
For high-availability applications
ECO variant with 24 V Tailor-made especially for series machine manufacturing
INDUSTRIAL SWITCHES
AUTOMATION TECHNOLOGY | Switches
Lots of Power with PoE+
Power supply and data transfer via ETHERNET cable: WAGO’s new Power-over-Ethernet (PoE+) Switches eliminate the need for both separate power connection and power supplies for devices within the IP network. Additionally, wiring is significantly faster and saves more space. WAGO has developed three variants with 30 W power per PoE port for different applications. WAGO’s 5- and 8-port switches provide 1 Gbit data transfer, and do so reliably – even in an extended temperature range from −40 °C to +70 °C. Expected availability:• 852-1411 and 852-1417 – March 2018,• 852-1505 – April 2018!
Item No. 852-1505Industrial Managed Switch; 8 ports 1000BASE-T; 4 x 1000BASE-FX; PoE
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Item No. 852-1411Industrial Switch; 5 ports 1000BASE-T; PoE; ECO
Item No. 852-1417Industrial Switch; 5 ports 1000BASE-T; 2 x 1000BASE-FX; PoE; ECO
Data
Power
Data + powerPoE+
ETHERNET
18
RS-232/-485
• IEC 60870-5-101/-103/-104 • IEC 61850/61400-25• IEC 61400-25 • DNP3
WHY WAGO?Support for industry-proven telecontrol protocols
Direct access to distributed systems Temperature range: −20 °C … +60 °C
More freedom – even in harsh environments Integrated security packages
Extensive communication protection Can simultaneously be used as a PROFIBUS master
Remote control and control with a single solution
PFC200 CONTROLLER WITH PROFIBUS-DP MASTER
AUTOMATION TECHNOLOGY | PFC Profibus
Integration of Telecontrol Protocols
The PFC200 Controller with PROFIBUS-DP Master opens up new applications for electricity, water and gas networks thanks to integrated telecontrol protocols. Furthermore, WAGO is introducing the PFC200 in a version designed for an extended temperature range of −20 °C to 60 °C. This makes WAGO’s new control solution ideal for all telecontrol technology require-ments – even for gateway tasks between telecontrol protocols and PROFIBUS-DP slaves.
Item No. 750-8208/025-001CAN and PROFIBUS Fieldbus Connection, RS-232/-485 Serial Interface
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WHY WAGO?Input channels are electrically isolated from one another
Reduction of interference susceptibility in distributed systems, protection against errors due to current loops
16 bit resolution
High precision for control and regulation tasks
Parameterizable by channel Individually adjustable according to the application or selected encoder
4-CHANNEL ANALOG INPUT MODULE WITH MULTIPOINT INPUTS
AUTOMATION TECHNOLOGY | WAGO-I/O-SYSTEM 750
New Analog Input Module for the WAGO-I/O-SYSTEM 750
The 750-471 Module expands the WAGO-I/O-SYSTEM with four galvanically isolated analog inputs. Galvanic isolation of the input channels increases immunity to interference and enables safe signal detection in distributed systems with potential differences (e.g., in marine and offshore applications). At the same time, the 16-bit resolution offers high precision for control and regulation tasks. The channels’ measurement ranges can be parameterized channel-by-channel and extend into the millivolt range:
• 0 mA … 20 mA • 4 mA … 20 mA • 3.6 mA … 21 mA (per NAMUR NE43) • 0 V … 10 V• ±10 V and• ±200 mV Thus, users only need one module to record almost any analog encoder, saving storage and logistics costs.
Expected availability: June 2018
Electrically
isolated
channels
20
WHY WAGO?
WLAN 802.11 a/b/g/d/e/i/h and Bluetooth® 4.0 Robust communication with high data throughput
High IP65 degree of protection
For direct, on-machine use Access point functionality
Build a network of up to seven clients
Additional version with external antenna Use in a control cabinet or with a poor radio connection possible
Item No. 758-918
WIRELESS ETHERNET GATEWAY
AUTOMATION TECHNOLOGY | Accessories
Bluetooth® and WLAN for Industrial Applications
Wireless data transmission is now commonplace in machinery and equipment applications. WAGO’s Wireless ETHERNET Gateway (758-918), which fulfils the IP65 degree of protection and has an internal directional antenna, is ideal for harsh industrial environments. In addition to the standard current WLAN standards, it also allows communication via Bluetooth® 4.0. The integrated access point functionality makes it possible to set up a WLAN or Bluetooth® network. The gateway can be easily configured with a button on the device or via Web server.
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WHY WAGO?
Pluggable on TOPJOB® S Rail-Mount Terminal Blocks Fast commissioning and space-saving installation
Versatile and fast marking options
Clear and maintenance-friendly installation Input voltage ranges from 16.8 V to 253 V
Ideal for demanding industrial and railway applications
Item No. 2042-3xxx
This new generation provides even more time and space savings.
The new 2042 Series Relay Modules can be plugged directly onto the TOPJOB® S Rail-Mount Terminal Blocks. The relay modules can be easily bridged via the rail-mount terminal block system for error-free installation and easy retrofitting. Thanks to their ability to withstand to temperature fluctuations, vibra-
tion and shock, they meet the requirements of EN 61373, EN 50155 and EN 61010, making them ideal for railway operations and demanding industrial applications. Use in non-shielded areas is also
possible due to immunity to interference according to EN 50121-3-2. The use in an extended tempera-ture range of −40 °C to +70 °C eliminates the need for air-conditioning in the control cabinet.
This is accompanied by cost savings through decreased equipment and operating costs.
INTERFACE ELECTRONICS | RELAY MODULES
PLUGGABLE RELAY MODULES FOR TOPJOB® S RAIL-MOUNT TERMINAL BLOCKS
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WHY WAGO?
Distributed applications Saves control cabinet space
Tool-free wiring
Saves valuable time High efficiency
Saves energy and costs
Active PFC Clean sinusoidal current in the network
Splash resistant For safe use directly in the field
EPSITRON® – IP67 POWER SUPPLY
INTERFACE ELECTRONICS | POWER SUPPLIES
More Energy in the Field
EPSITRON® IP67 Power brings energy directly to where it is needed thanks to a robust design and high degree of protection. Even under extreme environmental conditions, WAGO’s new power supply performs reliably outside the control cabinet, withstanding humidity and dust thanks to an IP67-grade design. This compact device is designed for the efficient and above all energy-saving supply of distributed loads with 24 VDC/4 A. Suitable accessories such as 7/8 inch connection technologies complete the product range.
Item No. 787-6716
WHY WAGO?
IO-Link Easy integration of the ECBs into higher-level control systems
Slim design Saves space in the control cabinet compared to conventional circuit breakers
Customizable
Four- and eight-channel version for 24 VDC with adjustable 1 A – 10 A nominal currents for each channel
787-832, Power supply
1 92 103 114 125 13 6 14 7 15 8 16
750-657
13 14
23
Item No. 787-1664/0000-0080
Item No. 787-1668/0000-0080
750-657, IO-Link Master
787-1664/0000-0080, ECB
Control system
24 VDC
OV
INTERFACE ELECTRONICS | ELECTRONIC CIRCUIT BREAKERS
EPSITRON® ELECTRONIC CIRCUIT BREAKERS
Electronic Circuit Breakers (ECBs) with IO-Link
Two new 4- and 8-channel ECB variants provide maximum safety with a minimal footprint, while being highly communicative thanks to IO-Link. Both nominal and actual currents can be adjusted and read for each chan-nel, enabling individual current monitoring. Furthermore, the high switch-on capacity reduces the risk of false tripping. With IO-Link on board, the new ECBs (IO-Link devices) become part of the fast and reliable communication linkage to the control level – with all the advantages that IO-Link offers.
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Item No. 855-951/150-000Similar to illustration
The 2-in-1 Solution
For the 285-150 High-Current Through Terminal Block, WAGO now offers a suitable current trans-former with voltage tap. This makes simple energy measurement in buildings possible directly at the feed. The integrated current transformer has a transmission ratio of 150 A/1 A and fulfills accuracy class 0.5 per DIN EN 61869-2. Like WAGO’s high-current through terminal block, the combination of current transformer and voltage tap is only 20 mm wide and can therefore be easily mounted in its jumper slot. An integrated fuse with detector protects downstream energy meters.
INTERFACE ELECTRONICS | CURRENT TRANSFORMERS AND VOLTAGE TAPS
CURRENT TRANSFORMER AND VOLTAGE TAP
25
12
34
56
78
ON
open
open
open
open
open
open
open
open
open
open
NEW!
Now for
50 mm2
WHY WAGO?
Current and voltage tap: just 20 mm wide Cost-effective and extremely compact
Accuracy class 0.5
For exact measurement results Fuse-protected voltage path
Protects downstream measurement devices
Transformer short circuit and neutral point jumper No additional terminal block assemblies
necessary
Simply insert the tap into the jumper slot of the two-wire through terminal block
Quick and easy mounting
Measurement Evaluation Visualization and configuration
Power supply
26
WHY WAGO?
Maintenance-free Push-in CAGE CLAMP® connection Connect solid, stranded and fine-stranded conductors by simply pushing them into
the unit Clear identification
Both continuous marking strips and the WMB Multi marking system are available Easy and time-saving installation
Mounting via Allen screw or M6/M8 screws Fuse-protected voltage path
Integrated fuse protects downstream measurement devices
Item No. 855-8008 (M8)
Safe Tapping
WAGO expands its range of power and energy measurement solutions with three new 855 Se-ries Voltage Taps designed for measurement directly on the busbar. An integrated SIBA fuse (2 A, 450 V, F, 70 kA) with indicator is located directly above the voltage-carrying busbar. In case of an overload and short circuit, the downstream measurement unit is safely disconnected before major damage occurs. Conductors up to 6 mm² (10 AWG) are terminated via Push-in CAGE CLAMP® connection technology.
INTERFACE ELECTRONICS | CURRENT TRANSFORMERS AND VOLTAGE TAPS
VOLTAGE TAPS FOR BUSBARS
12
34
56
78
ON L1
13 14
750-495
L2
L3
N
ABCD
EFGH
I1+ I1-
15 16
I2+ I2-
I3+ I3-
IN+ IN-
ABCD
EFGH
S1S2
S1S2
S1S2
L1L2
L3N
PES1
S2
N L3 L2 L1
27
Item No. 855-8006 (M6)
Item No. 855-8015
3-Phase Power Measure-ment Module, 750 Series
Terminal Block Assembly (2007 Series) for Current and Voltage Transformers
Voltage Tap (top) and Current Transformer (bottom), 855 Series
28
LIGHTING MANAGEMENT MADE EASIER
BUILDING TECHNOLOGY | LIGHTING MANAGEMENT
NEW!
Additional
Features
29
WHY WAGO?
Color temperature control Allows human-centric lighting (HCL)
KNX buttons
Extended application possibilities Integration of emergency lighting
Saves the cost of an additional emergency lighting installation
Easy to operate Automatic documentation with a mouse click
New Functions in WAGO Lighting Management
By using a combination of hardware and predefined software, WAGO Lighting Management simplifies the planning, commissioning and operation of large lighting systems, such as those in warehouses and production facilities. In the new version, the integration of KNX buttons for lighting control is also allowed. Another new development enables color temperature control for lighting fixtures, allowing the lighting to create a specific ambience that harmonizes with a user’s biorhythm. Emergency lighting systems are also easier to handle, because now they can also be connected to the lighting management system.
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WHY WAGO?
Exchange of MODBUS and KNX data Combination of different systems
Shortened integration time
Reduced development costs
ETS import and export For high-availability applications
ETS import and export Easy handling of KNX data points
SHORTEN INTEGRATION TIME – CUT COSTS
BUILDINGS | WAGO Gateway Application
WAGO Gateway Application Connects MODBUS and KNX
With a new gateway application, WAGO simplifies exchanging information between different bus systems and, thanks to the user-friendly user interface, shortens programming development time, which reduces costs. The combination of predefined hardware and the universal software makes it possible to easily connect the Modbus IP and RTU and KNX bus systems. During initialization, the software automatically detects the module design of the controller and displays available interfaces. Up to four KNX modules can be used, whereby 255 group addresses are supported per KNX module.
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WHY WAGO?
Local manual operation On site without access to the controller or BMS
Communication via Modbus RTU
Easy connection to the controller Installation in the control cabinet door
Operation without opening the control cabinet door
MANUAL CONTROL UNITS IN THE CONTROL CABINET DOOR
BUILDINGS | MANUAL OPERATION – HVAC
For HVAC Applications
In heating, ventilation and air-conditioning applications, it is common for individual units to be switched on or off independently of the control program. A typical example is a pump that must be temporarily switched off for maintenance. WAGO offers the 2852 Series Manual Control Units for this purpose. The devices are installed in the control cabinet door, allowing operation without opening the cabinet door. Controller connection is made via Modbus RTU.
0888
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6/02
18-6
901
– W
AGO
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04/
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