EtherTAP2: 1G
incl. VAT
A passive diagnostics solution that can be used around the clock.
The EtherTAP2 is a monitoring interface that enables the in-depth analysis of PROFINET and EtherNet/IP traffic. Just like its highly popular predecessor, it acts as a bridge between your industrial network and our Osiris diagnostics platform. However, its newly designed housing and improved functionality guarantee the early detection of communication errors and give round-the-clock access to passive diagnostics.
Upgrading the EtherTAP’s housing – which is based on the Atlas2 Plus - has turned our handy plug and play solution into an effective permanent monitoring solution. First, it’s designed to be permanently installed on a DIN rail. It now fits neatly side-by-side your Atlas2 Plus. Second, it improves heat dissipation in the cabinet, reducing the risk of overheating and boosting efficiency.
Features & Benefits
• Passive diagnostics
• Cycle time per device
• Positive and negative message jitter
• Number of dropped packets
• Alarm Triggers
Key Use Cases:
• Message recording of the PROFINET and Industrial Ethernet
• Compatible with Anybus Osiris Software for passive diagnostics (Wireshark and other analyzers are also supported)
• Telegram analysis on bit-level
To make tapping available make sure you have:
• A correct license
• An EtherTAP placed between two devices communicating over PROFINET
• A running measurement
Supportfiles, documentation and drivers
Technical Specifications:
Dimentions
| W x D x H (mm): | 52 x 130 x 120 (DIN-Rail clip included; plug-able connectors as amounted in installations excluded) |
| Weight: | 465 grams (excluding plug-able connectors, packing material) |
| DIN-rail: | 35 x 7.5 mm (IEC/EN 60715) |
Ambient Conditions
|
Operating temperature range |
-20o to +60o Celsius |
|
Storage and shipping temperature |
-20o to +85° Celsius |
|
Relative air humidity |
Max. 98%, non-condensing |
|
Ingress protection |
IP 20 (IEC/EN 60529, DIN 40 050) |
Power supply
|
Maximum power use |
Max. 3 W |
|
Powered from USB port |
Yes Connect power supply POW1 and/or POW2 if the USB power supply is not sufficient. Disconnecting the USB 3.0 cable also interrupts the connected Ethernet cables for 1-2 seconds. |
|
Nominal power supply USB |
5 VDC
|
|
Current consumption Secondary @5 VDC |
Max. 520 mA at 10 Mbps (Full Traffic) Max. 450 mA at 100 Mbps (Full Traffic) Max. 600 mA at 1000 Mbps (Full Traffic)
|
|
Nominal power supply POWER 1-2 |
12 to 24 VDC |
|
Current consumption POWER 1-2 @12 VDC |
Max. 220 mA at 10 Mpbs (Full Traffic) Max. 190 mA at 100 Mbps (Full Traffic) Max. 250 mA at 1000 Mbps (Full Traffic) |
|
Reverse polarity protection |
Yes |
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Pluggable power supply connector |
Pin - : 0 V Pin +: 12 to 24 VDC Pin SH: Shield |
|
Wire diameter |
Max. AWG 14 (max area 2.5 mm2) |
|
Installation notes: |
The device shall be powered with a correct power supply:
Possible power supplies: |
Ethernet
|
Connector ETH1 and ETH2 |
RJ-45 |
|
Maximum cable length |
100 m |
|
Link speed |
1 Gbit |
|
Network Link |
Galvanically separated |
|
Network Latency |
10 Mbps: max. 7600 ± 25 ns 100 Mbps: max. 720 ± 24 ns 1000 Mbps: max. 380 ± 8 ns |
USB Ports
|
Port type |
USB3.0; Port type B |
LEDs
|
Power LED (1) |
On: Power Ok |
|
USB LED (2) |
Off: No USB cable connected On: USB cable and USB power connected Blinking: Constant synchronization between system time and hardware timestamp. |
|
Link/Activity LEDs (3,4) |
On: The Ethernet Port is linked Blinking: The port is linked and has RX/TX activity (traffic is passing through). |
|
Speed LEDs (5,6)  |
LED5 On: Operating at 100 Mbps. LED6 On: Operating at 10 Mbps. LED5,6 On: Operating at 1000 Mbps. LED5,6 Blinking: EtherTAP is not connected or trying to connect. LED5,6 Alternate Blinking: EtherTAP cannot find a common speed between the connected devices.
|
System requirements
| System type and Operating system | Atlas, Atlas2 Plus; Linux
PC: Dual Core Processor, 4 GB memory, USB3.0 port; Windows 7/8/10 (32-bit & 64-bit) |
Standards and Approvals
| CE
|
EMC Directive 2014/30/EU, class A RoHs Directive 2011/65/EU Emission: CISPR32 Immunity: CISPR35 |
| FCC | 47 CFR 15 & ICES-003 (Issue 6), class A |