Unmanaged Single Pair Power over Ethernet Switch

OmniConverter® GLPoE/Sx

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The OmniConverter 10T/APS Single Pair Ethernet converters are 10BASE-T1L products that convert 10BASE-T Ethernet to 10BASE-T1L Ethernet. They are designed for digital instrumentation solutions used for industrial control processes. They utilize single-pair Ethernet cabling (SPE) to extend the Ethern ...Read more

Features
  • Unmanaged IEEE 802.3cg Single-Pair PoE (SPoE) Switch
  • Dual Device mode for operating as two separate switches
  • Directed Switch mode prevents flooding of multicast traffic
  • 4 IEEE 802.3cg Single-Pair PoE SPoE 30/58VDC user ports
  • Supports 3-Pin SPE Terminal connector or IEC 63171-2 SPE connector
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  • Description
  • Features
  • Specifications
  • Applications
  • Ordering
  • Documents
  • Unmanaged IEEE 802.3cg Single-Pair Power over Ethernet (SPoE) Switch
  • Dual Device mode for operating as two separate switches
  • Directed Switch mode prevents flooding of multicast traffic
  • Uplink redundancy
  • Four IEEE 802.3cg Single-Pair Power over Ethernet SPoE 30/58VDC user ports
  • Supports 3-Pin SPE Terminal connector or IEC 63171-2 SPE connector
  • Two SFP or two 10/100/1000 RJ-45 uplink ports
  • Supports 10/100/1000 and 1G copper SFP transceivers
  • Supports 100Mbps and 1000Mbps fiber SFPs
  • AC to DC Power Adapter or 2-Pin DC terminal
  • Wall, Rack and DIN-rail mountable
  • Commercial (0? to 50?C), wide (-40? to 60?C) and extended (-40? to 75?C) operating temperature ranges
  • TAA, BAA and NDAA compliant, and Made in the USA
  • Free 24/7/365 Technical Support

Industrial Process Automation

For applications where the industrial processing sensors exceed the copper Ethernet distance from the Environmental Control Room, an OmniConverter G/M Ethernet switch can be used to extend a fiber connection to within the copper distance of the sensors. The OmniConverter G/M extends a 10Mbps Ethernet copper connection to the 10T/APS, where the 10T/APS converters connect to the industrial processing sensors using SPE cabling. Three Ethernet APL Field Devices are connected up to 200 meters across a spur connection in a non-hazardous area. A fourth 10T/APS converter extends a trunk connection up to 1000 meters to an APL Field Switch in a hazardous area.

10T APS Single Pair Ethernet Apps A

Step 1: Choose a Base Part Number (202x-c0-19Z)

OmniConverter 10T/APS
Model NumberDescription
2022-c0-19Z

10T/APS - 1 x 10BASE-T RJ-45 and 1 x 10BASE-T1L APL, TL1/PSE 1.0V, Class A, Direct DC input, Extended temperature (-40 to 75°C)
2024-c0-19Z

10T/APS - 1 x 10BASE-T RJ-45 and 1 x 10BASE-T1L APL, TL1/PSE 1.0V, Class C, Direct DC input, Extended temperature (-40 to 75°C)
2025-c0-19Z

10T/APS - 1 x 10BASE-T RJ-45 and 1 x 10BASE-T1L APL, TL1/PSE 1.0/2.4V, Class 3, Direct DC input, Extended temperature (-40 to 75°C)
2027-c0-19Z

10T/APS - 1 x 10BASE-T RJ-45 and 1 x 10BASE-T1L APL, TL1/PSE 1.0/2.4V, Class 4, Direct DC input, Extended temperature (-40 to 75°C)

Step 2: Choose a SPE Connector Type (202x-c0-19Z)

0 = 3-pin Terminal
2 = IEC 63171-2 SPE jack

Mounting Option (202x-c0-1pt)

1 = With integrated mounting brackets

Power Option (202x-c0-19Z)

9 = Direct DC input with 2-Pin Terminal Connector, no AC/DC Power Adapter

Operating Temperature Option (202x-c0-19Z)

Z = Extended temperature (-40 to 75°C)

OmniConverter 10T/APS Single Pair Ethernet (Data Sheet)

OmniConverter 10T/APS Single Pair Ethernet (User Manual)

The OmniConverter 10T/APS Single Pair Ethernet converters are 10BASE-T1L products that convert 10BASE-T Ethernet to 10BASE-T1L Ethernet. They are designed for digital instrumentation solutions used for industrial control processes. They utilize single-pair Ethernet cabling (SPE) to extend the Ethernet link distance up to 200 or 1000 meters depending on the model number.

The 10T/APS converters feature one 10BASE-T1L 3-pin terminal or IEC 63171-2 port and one 10BASE-T RJ-45 port supporting 10Mbps full-duplex data rates.

Omnitron 10T/APS converters are interoperable with Ethernet-APL Class A, C, 3 and 4 edge/field devices and act as a Power Source capable of delivering up to 56 watts, depending on the model number. The 10T/APS models 2022 and 2024 support 1.0V peak-to-peak signal amplitude voltage when connecting to Class A and C edge/field devices. Whereas the 2025 and 2027 models use Automatic Link negotiation to transmit 1.0V or 2.4V peak-to-peak signal amplitude voltage to the field /edge devices.

The following are the product configurations.

Product NameBase Model #Port 1Port 2
10T/APS 2022 10BASE-T T1L/PSE 0.5W Class A (1.0V)
10T/APS 2024 10BASE-T T1L/PSE 1.0W Class C (1.0V)
10T/APS 2025 10BASE-T T1L/PSE 36W Class 3 (1.0V/2.4V)
10T/APS 2027 10BASE-T T1L/PSE 56W Class 4 (1.0V/2.4V)

 

The 10T/APS converters are interoperable with Ethernet-APL Field Devices. The converters can connect to a spur or trunk segment.. A Spur segment has a maximum distance of 200 meters and data signal amplitude of 1.0 volt peak-to-peak. A Trunk segment has a maximum distance of 1000 meters and data signal amplitude of 2.4 volts peak-to-peak.

They are available as standalone units with integrated mounting brackets. They can be DIN-rail mounted using the optional DIN-rail mounting clip kit (8252-0). Models come with a 2-pin DC power terminal connector.

Description

10T/APS

10BASE-T to 10BASE-T1L APS PSE
Base Model Number 2022 2024 2025 2027
Standard Compliances

IEEE 802.3,

10BASE-T1L compliant
Regulatory Compliances (Pending)

Safety: UL 62368-1, UL 60950-1,

             IEC 62368-1, IEC 60950-1,

             CUL CSA C22.2 No. 60950,

             EN 60950-1:2006

             CE Mark,

             UKCA

EMI:      FCC 47CFR, Part 15 Class A

             AS/NZS 3548, AS/NZS 4417.1 and AS/NZS 4417.2

             ICES-003 Issue 3

             EN 55032/CISPR 22 and EN55035

             EN61000-3-2

             VCCI V3/2001.04 (CISPR 22A:1997, Class A)

EMC:    IEC/EN61000-4-2, IEC/EN61000-4-3

             IEC/EN61000-4-4, IEC/EN61000-4-5

             IEC/EN61000-4-6, IEC/EN61000-4-8

             IEC/EN61000-4-11

ACT:     TAA, BAA, NDAA
Environmental REACH, RoHS and WEEE
Frame Size Up to 1518 bytes
PSE Mode

9.6 to 15 VDC for

Class A edge/field devices

11.61 to 15 VDC for

Class C edge/field devices

46 to 50 VDC for

Class 3 edge/field devices

46 to 50 VDC for

Class 4 edge/field devices
Port Types

10BASE-T: RJ-45

10BASE-T1L:

3-Pin Terminal or

IEC 63171 Connector

Class A:

1.0 V peak-to-peak; 0.5 W

10BASE-T: RJ-45 PoE+/PD

10BASE-T1L:

3-Pin Terminal or

IEC 63171 Connector

Class C:

1.0 V peak-to-peak; 1.0 W

10BASE-T: RJ-45 PoE+/PSE

10BASE-T1L:

3-Pin Terminal or

IEC 63171 Connector

Class 3:

1.0/2.4 V peak-to-peak, 36 W

10BASE-T: RJ-45

10BASE-T1L:

3-Pin Terminal or

IEC 63171 Connector

Class 4:

1.0/2.4 V peak-to-peak, 56 W
Cable Types

10BASE-T: Ethernet, EIA/TIA 568A/B, Cat 3 or better

10BASE-T1L: Single-Pair Ethernet (SPE) cable, IEC 61156-13 (fixed) or IEC 61156-14 (flexible) 18AWG cable or better

DC Power Requirements

(with DC Terminals)

+9 to +15VDC;

0.222A @ 12VDC

2 Pin Terminal

+11.61 to +15VDC;

0.261A @ 12VDC

2 Pin Terminal

+46 to +50VDC;

1.359A @ 48VDC

2 Pin Terminal

+46 to +50VDC;

2.109A @ 48VDC

2 Pin Terminal

Dimensions

(W x D x H)

3.8” x 4.8” x 1.0” (96.5 mm x 121.9 mm x 25.4 mm)
Weight

Module Only: 1.0 lbs. (453.6 grams)

Module w/ Adapter: 1.9 lbs. (852.6 grams)
Operating Temperature

Extended: -40 to 75°C

Storage: -40 to 80°C
Humidity 5 to 95% (non-condensing)
Altitude -100m to 4,000m (operational)
MTBF (hours)

1,642,000

1,637,000

1,637,000

1,631,000
Warranty Lifetime warranty with 24/7/365 free Technical Support

Hazardous Area Use Disclaimer:

This product is not certified for use in hazardous (classified) locations, including Zone 0, Zone 1, or Zone 2 as defined by IEC 60079-10-1 or equivalent national standards. It is intended for installation in non-hazardous (safe) areas only.

The product supports interoperability with Ethernet-APL networks and devices, including those installed in hazardous zones, provided that all connections are made through certified intrinsically safe interfaces as part of a compliant system architecture.

When connecting to devices located in hazardous areas, appropriate energy-limiting devices, field switches, or barriers must be used to ensure compliance with all applicable safety standards.