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SmartLink HW PN

Webmaster — Wed, 10 Sep 2025 10:50:36 +0000

SmartLink HW PN

PROFINET Gateway for Asset Management

Access PROFINET networks via FDI and OPC UA

smartLink HW-PN provides access to PROFINET networks. By integrating standardized technologies like a FDI communication server (OPC UA), it provides transparent access to all connected devices.

smartLink HW-PN can be used for asset management, device configuration and monitoring.

Asset Management and Parameterization of PROFINET Devices

Parameterization and Asset Management

Secure, standardized access to devices
Parallel to and independent of the controller

Compatible with established communication standards

Implements the standard FDI communication server interface based on OPC UA

Asset Management and Parameterization of PROFIBUS Devices

Parameterization and Asset Management

Secure, standardized access to devices
Parallel to and independent of the controller

Inexpensive and low-risk Integration

Connection of PROFIBUS devices without additional hardware
Use of existing infrastructure using the PROFINET/PROFIBUS proxy standard for connecting to the PROFIBUS devices

Compatible with established communication standards

Implements the standard FDI communication server interface based on OPC UA

Parameterization and Asset Management

Independent of PROFINET engineering tools
Centralized and time-saving asset management of PROFINET networks with PROFINET and PROFIBUS field devices directly from the control room

Ethernet Access Point to PROFINET networks

Provides 2nd channel to access the field devices
Acts as a PROFINET supervisor
Is part of one PROFINET network
Integrated 2-port switch for use in line or ring network topologies

Key Component for Transition to State-of-the-Art Technology

Re-use of existing PROFINET networks without requiring modification
Access to acyclic data via FDI communication server (OPC UA)

Technical Data

smartLink HW-PN
Hardware	Processor	Altera Cyclone V SoC with dual-core ARM Cortex-A9
	Status LEDs (Gateway)	PWR, RUN, ERR, BUS
	Real-Time Clock	Real-Time clock with buffering, setting the time via browser or by NTP server (buffer time depends on conditions such as ambient temperature and duration of use)
Interfaces	Ethernet	1 x IEEE802.3 10BASE-T/100BASE-TX/1000BASE-T, Connector: RJ45
	PROFINET	2 x IEEE802.3 10BASE-T/100BASE-TX, Connector: RJ45; Embedded PROFINET 2-port switch for line or ring topology Protocol: PROFINET RT / IRT, Support of PROFINET redundancy protocols
Supported	Communication Protocols	PROFINET, PROFIBUS
	PROFINET/PROFIBUS Proxies	Softing: pnGate DP, pnGate PA aplSwitch Field PA
Physical Properties	Dimensions (H x W x D)	120 mm x 28 mm x 110 mm
	Weight	Approx. 430g
	Power Supply	18 VDC … 32 VDC; SELV/PELV power supply mandatory Typical input current: 200 mA, maximum input current: 1 A (allowing for in-rush current at switch-on)
	Typical Power Loss	5 W
	Operating Temperature	-40 °C … +65 °C (see detailed mounting description in user manual)
	Storage Temperature	-40 °C … +85 °C
	Relative Humidity	10 % … 95 %, non-condensing
	Cooling	Convection, no fan
	Mounting	DIN rail 35 mm
	Protection Class	IP20
Conformity / Standards	CE	Electromagnetic compatibility (EMC) and Restriction of Hazardous Substances (RoHS) EN 61000-6-2 Generic standards – Immunity standard for industrial environments EN 61000-6-4 Generic standards – Emission standard for industrial environments EN 55032 Electromagnetic compatibility of multimedia equipment – Emission Requirements Class A EN 55011 Industrial, scientific and medical equipment – Radio-frequency disturbance characteristics – Limits and methods of measurement Class A EN 50581:2012/EN IEC 63000:2018 RoHS, Assessment to the restriction of hazardous substances
	FCC	FCC 47 CFR Part 15B Section 15.109 (Class A)
	VCCI	VCCI Voluntary Control Council for Interferences by Information Technology Equipment, April 2015

References

Scope of Delivery
Hardware	smartLink HW-PN
Documentation	User Guide as PDF download

Order Numbers
GEA-YA-026010	smartLink HW-PN
LRA-AA-027003	smartPlus PN, License access to one field device

Video

The post SmartLink HW PN first appeared on ATEVA Technologies.

TPES-0008CB-54-24VI

Webmaster — Wed, 06 Aug 2025 16:41:56 +0000

TPES-0008CB-54-24VI

LANTECH : 8 10/100TX (PoE at/af) EN50155 Ethernet Switch

IEEE802.3at/af up to 30W PoE output (for PoE model)
Dual power inputs 9~36V (24VI model) or 16.8~56V (24TVI model); with galvanic isolation between input power, PoE (for PoE model) and all Ethernet ports
Wide Operating Temperature from -40°C to 75°C
Efficient PoE configuration when ignition off (-IGN model)
Inrush current prevention; polarity reverse protection
IP54 Aluminum housing for best heat dissipation and preventing moist ingress
EN50155/50121-3-2/50121-4 and EN45545-2 Fire & Smoke verification
E-mark certificate for vehicle (24VI model)
ITxPT* labeled w/ignition function (24VI-IGN model)

OVERVIEW

Lantech T(P)ES-0008CB is an 8 10/100 Base-TX with M12-connectors EN50155 unmanaged Ethernet switch with IP54 rated protection which meets the high-reliability requirements demanded by industrial rolling stock applications.

Redundant dual 24VI/24TVI input with max PoE budget; inrush current prevention and polarity reverse protection
The T(P)ES-0008CB 24VI model accepts 9~36VDC dual input and 24TVI model accepts 16.8~56VDC with galvanic isolation to PoE and all Ethernet ports. PoE feeding with 80W budget from internal power. The redundant power input design prevents inrush current and safeguards against polarity reversal.

E-marking certificate, ITxPT*; ISO 7637-2 compliant and extended working temperature
The T(P)ES-0008CB is designed to meet with critical network environment with IP54 enclosure and M12 connectors for protection against dust and water. It has passed harsh environmental testing to comply with Industrial EMI and Safety standards as well as stability testing such as Free fall, Shock, and vibration. It is labeled with ITxPT* public transport standards and also compliant with ISO 7637-2 which protects switch from being damaged by high voltage that could be found at vehicle cranky start. For greater flexibility in application the T(P)ES-0008CB supports an extended operating temperature range from -40°C to 75°C.

Efficient PoE configuration when ignition off
Supports optional PoE feeding OFF timer (1/5/10mins or others) at ignition off mode to prevent car battery drain-out. (-IGN model) The E-marking certificate makes it the most suitable switch for bus, carriage, other vehicle applications as well as for industrial areas where the power source is limited with 12V or 24V but has demand of IP surveillance or VoIP applications. ※The optional PoE off-timer is available after February 23, 2024.

Technical Data

SPECIFICATIONS

Hardware Specifications

IEEE Standard	IEEE802.3 10BASE-T Ethernet IEEE802.3u 100BASE-T Ethernet IEEE802.3x Flow Control and Back Pressure IEEE802.3at/af Power over Ethernet (For PoE Model)
Transfer Rate	14,880pps for Ethernet port 148,800pps for Fast Ethernet port
Mac Address	16K MAC address table
Connector	10/100TX: 8 x M12, 4-pole D-coded, Female with auto MDI/MDI-X function Power connector: 1 x M12, 4-pole A coded, Male 1 x M12, 5-pole A-coded, Male (-IGN model)
Rotary Switch	Rotary switch for delay time configuration (-24VI-IGN model)
LED	Per unit: Power 1 (Green), Power 2 (Green), Ethernet: Link/Activity (Green) PoE: (Green)
PoE pin assignment	M12 port # 1~ # 8 support IEEE 802.3at/af End-point. Per port provides up to 30W
Power Supply	Dual input 9~36VDC (24VI model) 16.8~56VDC (24TVI model)
Power Consumption	3.5W without PoE
Power Budget	Total 80W @ 24VDC and above
Operating Humidity	5% to 95% (Non-condensing)
Operating Temperature	-40°C ~ 75°C (-40°F ~ 167°F)
Storage Temperature	-40°C ~ 85°C (-40°F ~ 185°F)
Case Dimension	Aluminum case, IP54 rated 135mm(W)x165mm(H)x76.5mm(D)
Weight	700g
Installation	Wall Mount Design
EMC	FCC Part 15, Subpart B ICES-003 Issue 7, EN 55035:2017/A11:2020, EN 55032:2015/A11:2020, IEC 61000-4-2:2008, IEC 61000-4-3:2020, IEC 61000-4-4:2012, IEC 61000-4-5:2014+AMD1:2017 CSV, IEC 61000-4-6:2023, IEC 61000-4-8:2009, IEC 61000-6-2:2016, IEC 61000-6-4:2018, EN IEC 61000-6-2:2019, EN IEC 61000-6-4:2019, BS EN 55035:2017+A11:2020, BS EN 55032:2015+A11:2020
Stability Testing	EN 61373:2010 (Shock and Vibration)
Verifications & Report	EN 50155:2021, EN 50121-4:2016/A1:2019, EN 50121-3-2:2016/A1:2019, EN 50124-1:2017, EN 45545-1, EN 45545-2 Fire & Smoke verification
Vehicle certificate	E24 marking* (24VI model) ITxPT* labeled (24VI-IGN model)
MTBF	1,240,250 hours 1,502,043 hours (Non PoE)
Warranty	5 years

Downloads

References

All model packages include M12 caps and wall mount bracket. All standard models are non-coating, optional coating models are available with –C model name.

P/N	Model name	Description
8351-142	TPES-0008CB-54-24VI	8 10/100TX PoE at/af Ethernet Switch w/M12 connectors; 9~36VDC dual power inputs w/ PoE galvanic isolation; E-marking certified; IP54 rated; -40°C to 75°C
8351-1421	TPES-0008CB-54-24TVI	8 10/100TX PoE at/af Ethernet Switch w/M12 connectors; 16.8~56VDC dual power inputs w/ PoE galvanic isolation; IP54 rated; -40°C to 75°C
8351-1422	TPES-0008CB-54-24VI-IGN	8 10/100TX PoE at/af Ethernet Switch w/M12 connectors; 9~36VDC dual power inputs w/ PoE galvanic isolation; E-marking and ITxPT certified w/ignition; IP54 rated; -40°C to 75°C
8351-1426	TES-0008CB-54-24VI	8 10/100TX Ethernet Switch w/M12 connectors; 9~36VDC dual power inputs w/ galvanic isolation; E-marking certified; IP54 rated; -40°C to 75°C
8351-14261	TES-0008CB-54-24TVI	8 10/100TX Ethernet Switch w/M12 connectors; 16.8~56VDC dual power inputs w/ galvanic isolation; IP54 rated; -40°C to 75°C
8351-1427	TES-0008CB-54-24VI-IGN	8 10/100TX Ethernet Switch w/M12 connectors; 9~36VDC dual power inputs w/ galvanic isolation; E-marking and ITxPT certified w/ignition; IP54 rated; -40°C to 75°C

OPTIONAL ACCESSORIES – Connector

Model name	Description
ECON120005PF	5 pin M12 (Female) A-coded 180 degree crimp type connector for power supply
ECONM12-04A(F)-C-180	4 pin M12 (Female) A-coded 180 degree crimp type connector for power supply
ECONM12-04D(M)-C-180	4 pin M12 (Male) D-coded 180 degree crimp type connector for data

OPTIONAL ACCESSORIES – Cable

Model name	Description
ECONM12-5P(F)70CM CABLE	5 pin M12 (Female) A-coded 90 degree cable for power supply, 70cm
ECONM12-4P(F)1.5M CABLE	4 pin M12 (Female) A-coded 90 degree cable for power supply, 150cm
ECAB124030MJS	4 pin M12 (Male) D-coded 180 degree RJ45 STP cable for data, 300cm
ECONM12-05A(F) to MCP 6P-20CM CABLE	5 pin M12 (Female) A-coded 180 degree to 6 pin MCP power cable, 20cm (For ignition models)

The post TPES-0008CB-54-24VI first appeared on ATEVA Technologies.

EdgeGate Connector Gateway

Webmaster — Thu, 20 Feb 2025 17:26:24 +0000

EdgeGate Connector – Industry 4.0 Multiprotocol Gateway

EdgeGAte Gateway : OPC UA Server & MQTT Publisher Gateway for PLC Controllers and CNC Machines

edgeGate makes data integration easier than ever before. The gateway supports the connection to PLC & CNC Controllers and uses the OPC UA standard for a simple and secure data integration into higher-level management systems, such as ERP, MES, or SCADA for new and existing plants.

In addition, edgeGate also offers MQTT Publisher/Subscriber functionality, enabling direct integration of machine data into private or public IoT cloud applications on the IT side. The generic MQTT implementation supports the use of many different cloud providers. Like the OPC UA standard, MQTT also supports various security mechanisms such as encrypted connections, certificates, and user authentication, thus contributing to a high level of data security.

To optimize security and performance in task-oriented environments, the edgeGate device comes equipped with three key applications: general device management, license management, and a communication interface. With this functionality, edgeGate is a compact, secure, future-oriented, and proven gateway for data integration.

Overview

Access to existing PLC and CNC controller data

Supports up to 20 connections for access to Simatic Siemens PLC, Allen-Bradley PLC, Siemens Sinumerik controllers, Fanuc CNC controller, Modbus TCP controller, or OPC UA machine data.
Easy local and global access to field data and routing through firewalls.
Protect investment through simple retrofit upgrades, as well as for modern controllers’ integration, without require modifying the running configuration in them.
No PLC programming or dedicated PC required.

Standardize and simplify the machine data integration

Integration of higher-level management systems like ERP, MES, or SCADA using integrated OPC UA Server providing open, platform-independent, and market-proven communication.
Simple data transmission to an MQTT broker using the MQTT publisher functionality for local or cloud-based solutions.
Separate Web interface for gateway configuration and data access application to avoid misconfigurations.

Industry-proven security

Physically separated interfaces for OT and IT networks add security layer to the plant.
Supporting security standards such as SSL/TLS and X.509 certificates.
Support of all security functions of OPC UA and MQTT.
Filtered access depending on IP address (Whitelist / Blacklist for OPC UA endpoints).

Technical Data

Hardware	Processor	Broadcom BCM2711 quad-core ARM Cortex-A72 (ARM v8) 64-bit SoC @ 1,5GHz
	Status LEDs (Gateway)	PWR (Power Supply), RUN (Running), ERR (Error), APP (Application)
	Real-Time Clock	Real-Time clock with buffering, setting the time via browser or by NTP server (buffer time depends on conditions such as ambient temperature and duration of use)
Interfaces	Ethernet	2x IEEE 802.3 10BASE-T/100BASE-TX/1000BASE-T, Connector: RJ45
	USB	1x USB 2.0, Connector: Type A
	HDMI	1x HDMI 2.0, Connector: Type A
Supported Communication Protocols	Northbound	MQTT V3.1, V3.1.1, & V5 OPC UA Server
	Southbound	OPC UA Client Modbus TCP SIMATIC S7, RFC1006, S7+: S7-300, S7-400, S7-1200, S7-1500 PLCs EtherNet/IP CIP: Allen-Bradley ControlLogix (CLX) and CompactLogix PLCs Sinumerik (RFC1006): Sinumerik 840D PL & SL CNCs FOCAS (Ethernet): FANUC CNCs Series 30i, 31i, 31i-B, 31i-B5, 32i-B, 35i-B, 0i-D, 0i-F, 0i-F Plus, Power Motion i- A, and FANUC NCGuide (Simulator)
Physical Properties	Dimensions (H x W x D)	120 mm x 28 mm x 110 mm
	Weight	Approx. 420g
	Power Supply	24Vdc ±20%, SELV/PELV supply mandatory, typical input current 500mA (max. 1A, considering rush-in current at switch-on)
	Typical Power Loss	9.5W
	Operating Temperature	-20°C … +60°C
	Storage Temperature	-40°C … +85°C
	Relative Humidity	5% … 95%, non-condensing
	Cooling	Convection, no fan
	Mounting	DIN rail 35mm
	Protection Class	IP20
Conformity/Standards	CE	Electromagnetic compatibility (EMC) and Restriction of Hazardous Substances (RoHS) EN61000-6-2 Generic standards – Immunity standard for industrial environments EN61000-6-3 Generic standards – Emission standard for residential, commercial, and light-industrial environments EN61000-6-4 Generic standards – Emission standard for industrial environments EN61326-1 Electrical equipment for measurement, control, and laboratory use EN61131-2 Programmable controllers – zone B EN55011 Industrial, scientific, and medical equipment – Radio-frequency disturbance characteristics – Group 1 Class B EN55032 Electromagnetic compatibility of multimedia equipment – Emission Requirements – Class B EN 50581:2012/EN IEC 63000:2018 RoHS, Assessment to the restriction of hazardous substances
	FCC	FCC 47 CFR Part 15B and ICES-003 – Class B
	VCCI	Class B Information Technology Equipment (ITE) set forth in the Agreement of Voluntary Control Council for Interference by Information Technology Equipment (VCCI), April 2015

Downloads

Documents

Datasheet: EdgeGate Connector

Technical specifications and features.

Download

EdgeGate Connector — Cloud Access

Access to user manual and documentation via our secure cloud.

Drivers & Software

Software and configuration tools.

Request Download

Documentation

User manual and technical documentation.

Request Download

Other

Additional resources.

Request Download

References

GAA-YY-051000	edgeGate
LRL-XX-161001	edgeConnection – Perpetual License*
^{* edgeConnection License already include 1 Year Software Upgrade license (LMA-XX-161001)}

Training

Misc

Video

The post EdgeGate Connector Gateway first appeared on ATEVA Technologies.

Cablemaster 500/650

Webmaster — Wed, 27 Nov 2024 05:24:52 +0000

CableMaster 600

Testeur de Câblage Professionnel: Données, Voix et Vidéo

Le CableMaster 600 est un testeur de câblage professionnel pour le test des câbles réseaux, téléphoniques et coaxiaux. Muni d‘une prise RJ-45 pour les câbles réseaux et d’un connecteur de type F pour les câbles coaxiaux, le CableMaster 600 vérifie le plan de câblage et la longueur des câbles ainsi que la distance au défaut. Les résultats peuvent être sauvegardés et documentés via le logiciel PC. Le CableMaster 600 est doté d’une multitude de fonctions de diagnostic comme le traçage de câble, la détection de liaison jusqu‘à 1 Gbit/s, test de PoE et identification de prises/ports par des bouchons d‘identification.

Le CableMaster 600 est le testeur idéal et s’adresse aux installateurs professionnels et opérateurs de réseaux, chargés de tester les câbles réseaux (RJ-45), téléphoniques et coaxiaux et de documenter le câblage « correct » et la longueur des câbles.

général

- Exécutez un test de charge PoE pour assurer le bon fonctionnement des appareils (affichage de tension et puissance)
- La fonction capture d’écran vous permet de documenter vos résultats de test.
- Vérifiez de manière rapide et simple votre câblage réseau et coax (connecteurs RJ45 et F-coaxiaux)
- Affichage graphique du plan de câblage pour vérifier le bon raccordement.
- Déterminez la longueur des câbles et la distance aux défauts du câblage par une mesure complète TDR

Détails techniques

Spécificités générales

Technologie de mesure	Réflectométrie TDR (Time Domain Reflectometer) et capacité
Mesure de câble	Tests de câblage et ID jusqu‘à 305 m (1.000 ft) Détection de paires partagées : de 1 m (3 ft) à 305 m (1.000 ft) Mesure de longueur : de 0 à 457 m (1.500 ft), ± (5%+30 cm/) Jusqu‘à 8 unités de test/ID (RJ 45) Jusqu‘à 20 bouchons d’identification réseau (RJ 45) et 20 bouchons d’identification coax (connecteur F)
Power over Ethernet	Tests PoE conforme avec IEEE 802.3af et IEEE 802.3at (PoE Plus) Test des classes et charges jusqu‘à 25,5 Watts (pour classe 4) Détection de Mode A ou B (paires avec PoE)
Ethernet actif	Indique les vitesses 10/100/1000 BASE-T, half ou full duplex
Reporting	PDF/CSV reports with PC- Software
Tension Maximum	Paramètres testeur conforment aux tensions max sur les 2 connecteurs fournis sans dégradations – Prise RJ : 66 V CC ou 55 V CA – Connecteur F : 50 V CC ou V CA
Capacité de stockage	Jusqu‘à 250 résultats de test de câblage ou de réseau avec nom spécifié par l’utilisateur
Génération tonalité	Fréquences de tonalité 730 Hz et 1440 Hz
Langues	Anglais, Français, Allemand, Espagnol
Durée de vie batterie	6x AA, 9 V CC, 2.200 mAh (typique) Piles alkaline : Durée – environ 20 heures Au repos – environ 1,5 an (200 µA courant au repos maximum) Piles incluses
Températures exploitation	0 à 50 °C (32 à 122 °F) Stockage : -30 à 60 °C (-22 à 140 °F)
Altitude	10.000 ft (3048 m) operating
Humidité	10 à 90 %, sans condensation
Boîtier	Plastique résistant aux chocs avec revêtement en caoutchouc, test de chute de 1,20 m
Ecran	LCD couleur graphique, 7.1 cm en diagonal
Dimensions	4.7 x 9.15 x 17.3 cm
Poids piles incluses	510 g
Conforme à la norme CE

Téléchargements

Fiche technique

Guide de démarrage rapide

Manuel

Matrice de comparaison

Numéro de référence

CableMaster 600

Testeur de câblage professionnel, inclus 1 unité distante de test réseaux/tel et d’identification
6x piles AA
2x câbles RJ45
Câble micro USB
Sacoche

Accessoires

test [ivory-search id=”32743″ title=”Default Search Form”]

The post Cablemaster 500/650 first appeared on ATEVA Technologies.

SPI 3 – Serial Device to Profibus

Webmaster — Mon, 28 Oct 2024 09:44:09 +0000

SPI 3 – Serial PROFIBUS Interface

Connecting Serial Devices to PROFIBUS Networks

By using the SPI 3, devices with serial interface are integrated in PROFIBUS as DP slaves. Depending on the application, various protocols and physical interfaces are available. In decentralized PROFIBUS installations, the SPI 3 replaces the serial interface inside the PLC. The SPI 3 is configured via the respective PROFIBUS DP master by means of the SPI 3 GSE file. The PROFIBUS IO range can be flexibly configured. The SPI 3 is suitable for simple applications, such as connecting text displays or barcode scanners, as well as for more complex applications such as the integration of identification systems, scales, controllers and laboratory equipment.

Overview

Integration of devices with serial interface as DP slave devices in PROFIBUS networks
Available for various protocols and physical Interfaces

Functions

DP slave with transmission rate of 9.6 kbit/s up to 12 Mbit/s
Serial transmission rate of 110 bit/s up to 57.6 kbit/s (depending on the protocol)
Serial interface available as RS 232, RS 422 or RS 485
Configuration with GSD file via the PROFIBUS DP master

Downloads

Documents

Datasheet: SPI 3

Serial Device to Profibus converter specifications.

Download

SPI 3 — Cloud Access

Access to software, documentation and GSD files via our secure cloud.

Drivers & Software

Doku Media Kits (ASCII, MODBUS, Sartocheck), GSD files.

Request Download

Documentation

Installation guide, release notes.

Request Download

Other

Additional resources.

Request Download

References

Order Information

Scope of Delivery
Hardware	SPI 3
Documentation	On Website

Order Numbers
GPA-NS-011236	SPI 3 RS 232
GPA-NS-011237	SPI 3 RS 422
GPA-NS-011238	SPI 3 RS 485

Misc

Video

The post SPI 3 – Serial Device to Profibus first appeared on ATEVA Technologies.

NETLink Pro Compact

Webmaster — Fri, 28 Jun 2024 08:06:37 +0000

NETLink® PRO Compact

Netlink Pro compact

The devices of the NETLink family serve the purpose of programming, configuring, and visualizing S7 PLCs.

RFC 1006 (ISO on TCP)
CPU-to-CPU communication (with S7-300* and S7-400*)
Support for all common S7 engineering tools
Dynamic address assignment using DHCP
Security functions for securing TCP/IP access
Switchable PLC write protection
Up to 16 TCP connections
Up to 32 MPI/PROFIBUS connections
Easy configuration via web interface
Variables can be monitored in a browser window
Support for slave configuration
Electrical isolation for MPI/PPI/PROFIBUS
MPI/PPI/PROFIBUS from 9.6 kbps to 12 Mbps
For S7-200*, S7-300*, S7-400*
Power can be supplied by the CPU or, alternatively, by an external DC 24 V supply

Overview

NETLink® PRO Compact

In general, connection to each MPI/PROFIBUS terminal of the bus system or directly at the interfaces of active and passive participants is also possible. The PG socket integrated in the connector housing allows connection of additional devices.
The integrated web interface offers parameterization, diagnostic, and security features, and for functional enhancements, the user can use our free diagnostic software SHTools to, for example, automatically perform firmware updates. The latest version is available for download.

The NETLink PRO Compact is a communications processor in the plug format for programming, visualization, and remote maintenance. It combines flexibility and a compact design. Power is supplied to the NETL ink® either through the CPU of the automation device or externally with DC 24 V as an option. The network connection can be used with any standard Cat-5 cable, making cable lengths up to 100 meters feasible without additional components.

Technical Data

NETLink® PRO Compact

General information

Order number700-884-MPI21
Article nameNETLink PRO Compact
Dimensions (DxWxH)40 x 17 x 64 mm
WeightApprox. 110 g
Supported operating systemsNo limitation (driver for SIMATIC NETLink-S7-NET only Windows XP/2003R2/7/2008R2/8.1/2012 R2/10)

Communication interface

Number1
Type10 Base-T/100 Base-TX
Auto MDI/MDIX
ProtocolFDL,RFC 1006
ConnectionRJ45
Transmission rate10/100 Mbps autom. detection

MPI/PPI/PROFIBUS interface

Number1
TypeRS485, isolated
ConnectionSUB-D male connector, 9-pin. with PG interface and repeater
Transmission ratemax. 12 Mbps autom. detection

Status indicator

LED5 LEDs, 2 of them bi-color

Power supply

Voltage supply24 V DC, 18–30 V DC
Current drawmax. 200 mA at DC 24 V

Ambient conditions

Ambient temperature0 °C … +60°C
Transport and storage temperature-20 °C … +80 °C
Relative air humidity95 % r H without condensation
Pollution degree2
Protection ratingIP20
ApprovalsCE

Downloads

NETLink Pro Compact — Cloud Access

Access to all downloads from our secure cloud.

Drivers & Software

Software and drivers.

Request Download

Documentation

User manual and technical documentation.

Request Download

Other

Additional resources.

Request Download

References

Training

Why Choose the NETLink PRO Compact for Your S7 PLC Network?

The HELMHOLZ NETLink PRO Compact (700-884-MPI21) is the ideal MPI/PROFIBUS to Ethernet gateway for industrial automation engineers who need reliable remote access to Siemens S7 PLCs. Whether you are programming an S7-200, configuring an S7-300, or visualizing an S7-400, this compact communications processor provides seamless connectivity through the industry-standard RFC1006 protocol.

With support for up to 16 simultaneous TCP connections and 32 MPI/PROFIBUS connections, the NETLink PRO Compact is engineered for demanding industrial environments. Its electrical isolation protects your equipment, while the integrated web interface simplifies configuration and diagnostics. The device supports transmission rates from 9.6 kbps up to 12 Mbps with automatic detection, ensuring optimal performance across all bus speeds.

Frequently Asked Questions

What PLCs are compatible with the NETLink PRO Compact?

The NETLink PRO Compact is compatible with Siemens S7-200, S7-300, and S7-400 programmable logic controllers via MPI, PPI, and PROFIBUS interfaces.

What protocol does the NETLink PRO Compact use?

It uses RFC 1006 (ISO on TCP) for Ethernet communication and supports FDL protocol for fieldbus communication, enabling CPU-to-CPU data exchange.

Can I power the NETLink PRO Compact from the PLC?

Yes, the device can be powered directly from the CPU of your automation device or externally with a 24V DC power supply (18-30V DC range).

The post NETLink Pro Compact first appeared on ATEVA Technologies.

PB-LSZ-CHB3

Webmaster — Thu, 20 Jun 2024 16:49:43 +0000

Leakage current clamp for measuring leakage current : PB-LSZ-CHB3

The PB-LSZ-CHB3 clamp allows the measurement of leakage currents; eg: leak, Measures leakage currents, e.g. leakage and fault currents, and current pick-up of instruments without breaking the circuit.
Measurements according to DIN VDE 0701/0702 and the German BetrSichV (BGV A3, VBG 4).
With formidable reliability, this clamp detects very possible leakage currents, resulting from ElectroMagnetic field (EMC) problems.
PB-LSZ-CHB3 Features: Measuring leakage currents Measurement of differential currents Resistance and voltage measurement Measuring frequency for AC current / Voltage: 40 Hz…1 kHz
Acoustic continuity test MIN/MAX and relative measurement Manual selection of the measuring range integrated data hold Additional bar graph display
Clamp opening: opening up to: 30 mm Automatic expansion Digital clamp for measuring leakage currents: 2 1.5 V IEC LR6 batteries,
protective cover,
measuring cables (1 x red, 1 x black) and user manual.

Ref: ATV-DDA-ZZ-004010 (formerly: PB-LSZ-CHB3)

The post PB-LSZ-CHB3 first appeared on ATEVA Technologies.

Smartlink HW-DP

Webmaster — Fri, 31 May 2024 19:24:08 +0000

SmartLink DP for asset Management Access Point on PROFIBUS DP networks

Connection of PROFIBUS and HART devices to HART IP, OPC UA, MQTT and FDT

smartLink HW-DP provides PLC independent access to PROFIBUS DP Networks. It enables Plant Asset Management for field devices using standard industry tools and allows using HART IP as a standardized format. smartLink HW-DP is a compact tool that can be integrated without interfering with the operation of existing installations. Thus, it enables Industry 4.0 connectivity for new and existing PROFIBUS DP networks.

Overview

Configuration, Parameterization and Plant Asset Management Using Standard Industry Tools

Independent of configuration tools
Centralized and time-saving parameterization of PROFIBUS and HART field devices directly from the control room
Access from Plant Asset Management applications for field devices configuration based on FDT / DTM and EDDL standards (acyclic master)

Ethernet Access Point to PROFIBUS DP

Provides 2^nd channel to access the field devices
Acts as PROFIBUS DP master class 2
Support of one PROFIBUS DP segment

Key Component for Transition to State-of-the-Art Technology

Re-use of existing PROFIBUS segments without requiring modification
Access to cyclic and acyclic data via HART-IP and OPC UA

Technical Data

Asset Management and Parameterization of HART Devices

Configuration, Parameterization, Plant Asset Management

Secure, standardized access to devices
Parallel to and independent of the controller

Inexpensive and low-risk integration

Connection of a large number of HART devices without rewiring the devices
Use of existing infrastructure using „HART over PROFIBUS“
Large number of supported Remote IOs

Compatible with established standard applications

Uses HART-IP as standard application protocol
Proven and tested with Emerson AMS Device Manager, ABB FIM, E+H FieldCare and PACTware

Asset Management and Parameterization of PROFIBUS Devices

Configuration, Parameterization, Plant Asset Management

Secure, standardized access to devices
Parallel to and independent of the controller

Compatible with established standard applications

Drivers available for FDT
Proven and tested with E+H FieldCare and PACTware

Direct Access to Process Data from PROFIBUS Networks

Capturing process data directly from the network

Live provision of all process data for further use in typical Industry 4.0 applications such as data analytics
Collecting data directly from the network, replacing the need to access the controller
No intervention in the running process

Secure provision of data using OPC UA

State-of-the-art transmission method in industrial networks
Fast update cycles over OPC UA possible

Asset Monitoring and Diagnostics in PROFIBUS Networks

Complete inventory of the entire network

I&M data from all connected devices
Automated live queries without configuration

Secure provision of data using MQTT

State-of-the-art transmission method for cloud connectivity
Information model based on OPC UA Companion Specifications for PROFINET

Health monitoring of all connected devices

Diagnostic messages and status of all bus stations
Statistics parameters for the entire network

Integrated with Softing plantPerfect Monitor application

Use the plantPerfect Monitor application to monitor the network with all its devices

Downloads

Documents

Datasheet: SmartLink HW-DP

Technical specifications and features.

Download

SmartLink HW-DP — Cloud Access

Access to software, documentation and drivers via our secure cloud.

Drivers & Software

Software, firmware and configuration tools.

Request Download

Documentation

User manual, quick start guide and technical documentation.

Request Download

Other

Additional resources and documentation.

Request Download

References

Scope of Delivery
Hardware	smartLink HW-DP
Documentation	On Website

Order Numbers
GEA-YN-026000	smartLink HW-DP
GEA-YN-026001	smartLink HW-DP 50, Hardware preloaded with licenses for 50 devices
GEA-YN-026002	smartLink HW-DP 100, Hardware preloaded with licenses for 100 devices
GEA-YN-026003	smartLink HW-DP 250, Hardware preloaded with licenses for 250 devices
GEA-YN-026004	smartLink HW-DP 375, Hardware preloaded with licenses for 375 devices
LRA-NN-027004	smartPlus DP, License access to one field device

Additional Products and Services
DBA-KM-020410	mobiLink – Mobile HART interface
LRL-TG-020000	plantPerfect Monitor, perpetual licence including 1 year software updates for 1 device
LMA-TG-020000	plantPerfect Monitor, 1 year software updates for 1 device
LAA-TG-020000	plantPerfect Monitor, 1 year rental licence for 1 device

Training

Misc

smartLink HW-DP
Hardware	Processor	Intel Cyclone V SoC with dual-core ARM Cortex-A9
	Status LEDs (Gateway)	PWR, RUN, ERR, BUS
	Real-Time Clock	Real-Time clock with buffering, setting the time via browser or by NTP server (buffer time depends on conditions such as ambient temperature and duration of use)
Interfaces	Ethernet	1 x IEEE802.3 10BASE-T/100BASE-TX/1000BASE-T, Connector: RJ45
	PROFIBUS DP	1 x Segment with RS485 Physical Layer, Connector: 9-pin Sub-D socket
Supported	Communication Protocols	HART-IP, MQTT, OPC UA, PROFIBUS DP
	PROFIBUS Remote IOs	Siemens: ET 200SP: 155-6BU01-0CN0 ET 200iSP: 152-1AA00-0AB0 ET 200M: 153-2BA10-0XB0 ABB: S800: CI801, CI840, CI840A S900: CI920N, CI920S Pepperl+Fuchs: LB: LB8105, LB8106, LB8109 FB: FB8206, FB8209 R.Stahl: iS1+: CPM 9440/15-01-11 Turck: BL20: BL20-E-GW-DP, BL20-GW-DPV1 excom: GDP 1,5 WAGO: I/O System 750: 750-333, 750-833
	HART IO Modules	Siemens: ET 200SP: 134-6TD00-0CA1, 135-6TD00-0CA1 ET 200iSP: 134-7TD00-0AB0, 135-7TD00-0AB0, 134-7TD50-0AB0, 138-7FA00-0AB0 ET 200M: 332-8TF01-0AB0, 331-7TF00-0AB0, 331-7TF01-0AB0, 331-7TB00-0AB0, 332-8TF00-0AB0 ABB: S800: AI815, AO815, AI845, AO845A, AI895, AO895 S900: AI930N, AO930N Pepperl+Fuchs: LB: LB3002, LB3102, LB3103, LB3105, LB4002, LB4005, LB4102, LB4105, LB3005A2, LB3006A, LB3106A, LB4106A, LB7104A FB: FB3202B1, FB3202B2, FB3205B2, FB3205B3, FB3302B2, FB3305B2, FB4202B2, FB4202B3, FB4205B2, FB4205B3, FB4205C2, FB4302B2, FB7204B3, FB7304B3 R.Stahl: iS1+: AIM 9461/12-08-11, AOM 9466/12-08-11, AUM 9468/32-08-11 Turck: BL20: BL20-2AIH-I, BL20-2AOH-I excom: AIH40Ex, AOH40Ex WAGO: I/O System 750: 750-484, 75x-842
	HART-IP Applications	Emerson AMS Device Manager V14.1.1, V14.5 Endress + Hauser Netilion (FieldEdge SGC500) ABB FIM V3.01
	FDT Applications	PACTware, Endress + Hauser FieldCare
Physical Properties	Dimensions (H x W x D)	120 mm x 28 mm x 110 mm
	Weight	Approx. 430g
	Power Supply	18 VDC … 32 VDC; SELV/PELV power supply mandatory Typical input current: 200 mA, maximum input current: 1 A (allowing for in-rush current at switch-on)
	Typical Power Loss	5 W
	Operating Temperature	-40 °C … +65 °C (see detailed mounting description in user manual)
	Storage Temperature	-40 °C … +85 °C
	Relative Humidity	10 % … 95 %, non-condensing
	Cooling	Convection, no fan
	Mounting	DIN rail 35 mm
	Protection Class	IP20
Conformity / Standards	CE	Electromagnetic compatibility (EMC) and Restriction of Hazardous Substances (RoHS) EN 61000-6-2 Generic standards – Immunity standard for industrial environments EN 61000-6-4 Generic standards – Emission standard for industrial environments EN 55032 Electromagnetic compatibility of multimedia equipment – Emission Requirements Class A EN 55011 Industrial, scientific and medical equipment – Radio-frequency disturbance characteristics – Limits and methods of measurement Class A EN IEC 63000:2018 RoHS, Assessment to the restriction of hazardous substances
	FCC	FCC 47 CFR Part 15B Section 15.109 (Class A)
	VCCI	VCCI Voluntary Control Council for Interferences by Information Technology Equipment, April 2015

Video

SmartLink DP’ videos available in here !

The post Smartlink HW-DP first appeared on ATEVA Technologies.

edgeConnector 840D

Webmaster — Tue, 28 May 2024 17:23:22 +0000

Edgeconnector 840D Software module for connecting SINUMERIK 840D controllers to industrial IoT applications

Container technology with access to SINUMERIK 840D Solution Line and Power Line data via OPC UA and MQTT with flexible deployment options for higher-level applications

edgeConnector 840D connects to the Siemens SINUMERIK 840D Solution Line and Power Line controllers without any intervention in the machine configuration and provides the data as an OPC UA server. In addition, the data can also be transmitted to MQTT brokers using MQTT. All process parameters from the NC part (axis, tool, program data), as well as the PLC part (status, program sections, alarms) and the drive data can be read out. As a Docker container, the product offers flexible deployment options, e.g. on standard IPCs or devices running Azure IoT Edge or AWS IoT Greengrass.

The application can be easily configured locally via an integrated web interface. It can also be managed remotely using the REST API. The configuration is flexible and includes precisely coordinated security settings (e.g. role-based access rights for OPC UA client applications).

The new product, which is also based on virtualization and container technology, benefits from Softing’s deep experience with brownfield connectivity through MQTT and OPC UA technology and provides the data for new and highly efficient IoT solution architectures.

Overview

Accessing Tooling Machine Data from OPC UA Applications

Provision of SINUMERIK 840D Solution Line and Power Line data
Pre-defined namespace, customizable for special machine data sets
Automatic tool recognition and listing of all available magazines and tools
Standardized OPC UA communication for data integration into management systems like ERP, MES, or SCADA or for data exchange with other docker containers like Microsoft OPC Publisher or Amazon AWS IoT SiteWise
Connection of up to 20 SINUMERIK 840D controllers with one Container Runtime
Reading of NC/PLC alarms, as well as GUD variables and R parameters
Dedicated for retrofit upgrades of existing SINUMERIK controllers

Easy Cloud-driven or Local Deployment

Container images stored in different online repositories like Docker Hub, Azure Container Registry (ACR) or Amazon Elastic Con-tainer Registry (ECR)
Simple data transmission to an MQTT broker using the MQTT publisher functionality for local or cloud-based solutions
Recipe manager functionality for writing process data from the cloud to controllers (MQTT Subscriber)
Licensing via Softing Floating License Server

Lightweight Flexible Container Solution

Less resources plus increased scalability and flexibility
Support of security standards as SSL/TLS, X.509 certificates, authentication, and data encryption
Highly flexible state-of-the-art application to be deployed, adjusted, or started and stopped immediately, if needed
Deployment and configuration also via management systems such as Kubernetes, Azure IoT Edge or AWS IoT Greengrass

Technical Data

edgeConnector 840D
Supported Controllers	Siemens SINUMERIK 840D Solution Line, software version V2.7 and higher Siemens SINUMERIK 840D Power Line, software version V5.3 and higher
Supported Protocols	OPC UA, MQTT SIMATIC S7 (RFC1006), SINUMERIK (RFC1006
Supported MQTT Specifications	V3.1, V3.1.1 & V5
Supported MQTT Features	MQTT Publisher & Subscriber TCP, TLS/SSL, WS, WSS, (including certificates) QoS, Retain, Last Will & Testament Store & Forward
Supported OPC Specifications	OPC Unified Architecture V1.04
OPC UA Roles	OPC UA Server
OPC UA Profiles	Data Access
OPC UA Security	Security methods	Aes256Sha256-RsaPss Aes128SHA256-RsaOaep Basic256Sha256 Basic256 Basic128Rsa15 None
	Authentication	Anonymous Username and password Certificate
OPC Compliance	Test based on compliance test tools of OPC Foundation
Configuration Interface Authentication	Username / Password LDAP/LDAPS
Logging, Diagnostics	Built-in trace and audit logging facilities, configurable and accessible through the web interface Docker integrated trace logging Prometheus Metrics Information
Supported Operating Systems	Linux (Docker Engine), Windows 10 and Windows 11 (Docker Desktop), Windows Server 2019 and Windows Server 2022 (Docker Enterprise Edition)
Supported Architectures	AMD64, ARM64, ARM32
Supported Container Orchestration Systems	Kubernetes (K8s), Amazon ECS
Minimum Hardware Requirements	320 MB free disk space, 2 GB RAM
Licensing	Licensed via Softing Floating License Server
Demo Version	20 PLC connections timed at 72 hours
REST-API	Access using the edgeConfigurator, download via Docker Hub

Downloads

edgeConnector 840D — Cloud Access

Access to all downloads from our cloud: License Manager, symbol files, Docker images and documentation.

Drivers & Software

Softing License Manager, edgeConnector 840D (DockerHub / Azure Marketplace).

Request Download

Documentation

Preconfigured symbol files for SINUMERIK 840D, dataFEED Exporter.

Request Download

Other

Checksums and additional resources.

Request Download

References

Scope of Delivery
Software	dataFEED edgeConnector 840D, download via Docker Hub or Azure Marketplace
License Key	E-mail delivery
Documentation	Online help (German / English) and online: www.github.com/SoftingIndustrial/datafeed-edge-connector

Order Numbers
LRL-XX-161001	edgeConnection – Perpetual License*
LMA-XX-161001	edgeConnection – Software Upgrade License
^{* edgeConnection License already include 1 Year Software Upgrade license (LMA-XX-161001)}

Additional Products and Services
	edgeAggregator
GPA-CS-041000	NETLink S7-Compact (for S7-300/S7-400 without CP or Ethernet connection)
6FC5851-1XC45-4YA8	SINUMERIK 840D sl CNC software and SINUMERIK Operate, toolbox including NCVar Selector (please order directly from Siemens)

Misc

Video

Getting started with CNC Machine Data

Wiki

Softing dataFEED edgeConnector 840D is a containerized SINUMERIK 840D SolutionLine and PowerLine connectivity module adding OPC UA Server and MQTT Publisher functionality. The software can run as IoT Edge Module. After the deployment, it is possible to configure Southbound and Northbound communication via local GUI or REST interface.

For southbound communication it is possible to connect up to 20 SINUMERIK 840D SolutionLine and PowerLine controllers. The Namespace configuration is pre-configured and can be extended via STEP7/TIA Portal or .awl files.

The northbound communication runs with standardized OPC UA communication for data integration into management systems like ERP, MES or SCADA or for data exchange with other docker containers like Microsoft OPC Publisher for cloud scenarios. In addition MQTT is available as protocol to connect MQTT Broker in local or cloud environments.

The application supports security standards like SSL/TLS, X.509 certificates, authentication and data encryption. The container runs for 72h in demo mode. Fully activate the application via BYOL from Softing. This also requires the installation of the Softing floating license server available for Windows/Linux.

After the Docker image has been pulled, a Docker container can be started. The webserver and OPC UA Server of the module have to be exposed on the host machine if dataFEED edgeConnector 840D shall be accessed from outside the dockerized environment.

To start dataFEED edgeConnector 840D with the default ports mapped 1:1 to the host machine:

docker container run -p 443:443 -p 4897:4897 softingindustrial/edgeconnector-840d

Softing licenseServer

Softing licenseServer is used to host network software licenses (also called floating licenses or shared licenses) that are installed locally on an individual users’ machine. The network licenses can be shared among many users and/or applications.

Softing licenseServer fulfills requests to run a network application if the required license is available. When the network license is released (for example, a user closes the application), the license is moved to the license server’s available license pool and is made available for other checkout requests.

The license server is used by several Softing products like the edgeConnector or plantPerfect product families.

Please read the user guide of the licenseServer for install and usage instructions. It is available as download on the Softing product pages using the licenseServer.

Installation

Download the docker image using the following command:

docker pull softingindustrial/license-server

Use the following commands to create and configure Docker container:

mkdir -p /var/lib/license-server
mkdir -p /var/lib/license-server/licenses
mkdir -p /var/lib/license-server/config
mkdir -p /var/lib/license-server/users
docker create --name license-server -p 8000:8000 -p 6200:6200 -v /var/lib/licenseserver/licenses:/root/.x-formation -v /var/lib/license-server/users:/root/sflm/users -v /var/lib/license-server/config:/root/sflm/config --restart=always softingindustrial/license-server
docker start license-server

The following ports are used by the license server:

Port	Service
6200	Network License Server
8000	HTTPS Web Server

These ports are mapped in the docker create call above 1:1 to the ports of the host system. Of course, you can map them to different ports on the host system by changing the first number on the -p option (example: -p 8400:8000).

To disable HTTPS, use the docker create command without a port mapping for port 8000.

Note: You will need access to the Web server to add licenses.

These following volumes are used by the license server:

Volume	Description
/root/.x-formation	Folder to store the license files
/root/sflm/users	Folder to store the user data
/root/sflm/config	Folder to store the configuration of the license server

The directory /var/lib/license-server is used to persist the configuration of the license server container. Of course, you can store it in a different folder on the host system by changing the first folder on the -v option (example: -v /home/xxx/ls:/root/.x-formation).

The option –restart=always will start the container on the startup of the system or restart it on failure.

Start the container with the following command:

docker start license-server

Stop the container with the following command:

docker stop license-server

Remove the container with the following command:

docker rm -f license-server

====================================

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The post edgeConnector 840D first appeared on ATEVA Technologies.

FG-200 Gateway

Webmaster — Fri, 01 Mar 2024 09:59:58 +0000

Fieldbus Foundation Gateway : FG-200

Fieldbus Foundation Gateway :

FG-200The FG-200 HSE ( High Speed Ethernet ) /FF ( Foundation fieldbus ) Modbus Gateway : for the integration of control system on Modbus TCP

Overview

Quick and easy commissioning of the Softing gateway: FG-200FF

Optional support for the STHAL Carrier 9419 Bus and Fieldbus 9412 Power Supply (wiring reduced to a minimum)
Import Modbus data to a web server reducing mapping efforts

Optimized Management: Softing: FG-200FF

“Visitor” mode to avoid any interference with the network
Possibility of system management using different software (e.g. Emerson’s AMS) and Field Device Tool (FDT) frame applications (e.g. SMART VISION, FieldMate, Field Device Manager, FieldCare, or PACTware)
Redundancy capacity for Softing Gateway: FG-200FF

Possible redundancy link (D-3 according to FF-593)
Automatic mirroring with data configuration
Very fast redundancy

All necessary tools included

“FF Configuration Tool” for configuring devices and cyclical communication
PACTware for device configuration and basic management.

Technical Data

Downloads

Documents

Datasheet: FG-200 HSE/FF Modbus Gateway

Technical specifications and features of the FG-200 HSE/FF Modbus Gateway.

Download

ATEX Certificate of Conformity

Hazardous location certification documentation.

Download

Achilles Test Report

FG-200 HSE/FF cybersecurity robustness test report.

Download

FG-200 Gateway — Cloud Access

Access to software, firmware, drivers and documentation via our secure cloud.

Drivers & Software

FF HSE DTMs V1.50, Firmware FG-200FF, Search & Configure utility and additional drivers.

Request Download

Documentation

Communication Configuration Tool V2.24, user manual and technical documentation.

Request Download

Other

Whitepaper on Foundation Fieldbus gateway integration and additional resources.

Request Download

References

Description

Hardware	FG-200 HSE/FF Modbus
Logiciel	Outil de configuration FF, FDT CommDTM, PACTware sur CD-ROM
Documentation	Quick Startup Guide, User Manual sur CD-ROM

Références

GCL-EK-024100	FG-200 HSE/FF Modbus (Foundation fieldbus / Modbus TCP )
GCL-EK-024101	FG-200 HSE/FF Modbus, functionalité, conception identique pour une utilisation avec R. STAHL bus-Carrier Series 9419 et Alimentation Fieldbus série 9412

The post FG-200 Gateway first appeared on ATEVA Technologies.