Trains and Buses - Intensa · bands, e.g. dual-, triple- or quad-band combiners can be selected. Kathrein offers a variety of different frequency combinations for multi-band combiners

Antennas andAntenna Line Products

C A T A L O G U E 2 0 1 8

Trains and Buses MOBILE COMMUNICATION

Catalogue Issue 01/2018

All data published in previous catalogue issues hereby becomes invalid.

We reserve the right to make alterations in accordance with the requirements of our customers,

therefore for binding data please check valid data sheets on our homepage: www.kathrein.com

Please check our homepage for new antenna releases which are not part of this actual catalogue.

Our products are compliant to the EU Directive RoHS as well as to other environmentally relevant regulations (e.g. REACH).

RoHS

Our quality assurance system and our environmental management system apply to the entire company and are certified by TÜV according to EN ISO 9001 and EN ISO 14001.

Who we are and what we stand forKathrein is a specialist for reliable, high-quality communication technologies.

The company is driving innovation and technology in today’s connected world. Its ability to provide solu-tions and services enables people all over the world to communicate, access information and use media, whether at home, at the office or on the road.

The business covers a broad spectrum: from mobile communication, RFID and special solutions, to satellite reception and broadcast technology, to transmission and reception systems in vehicles.

As a hidden champion and family-owned enterprise, Kathrein has been working on the technologies of tomorrow since 1919. The company takes pride in its dedicated employees and passion for customers and quality.

Our Solutions

Find out more about us at www.kathrein.com

MOBILE COMMUNICATION

BUSINESSSOLUTIONS SAT SPECIAL

COMMUNICATION BROADCAST AUTOMOTIVE

3

Type No. Frequency Range Frequency Bands*Input Connector

(Antenna / GPS Antenna)Positioning System Page

727313 87.5 – 108 MHz FM radio N female 6

K5022211**143 – 162 MHz

2 m band

N female 7

K5022212** UHF female 7

K5022221**152 – 178 MHz

N female 7

K5022222** UHF female 7

733707** 146 – 174 MHz N female 8

87010005 380 – 430 MHz1575.42 ± 1 MHz

70 cm band

N female / TNC male GPS 9

87010008 380 – 430 MHz N female 10

K7023210 406 – 428 MHz M 11 x 1 female 11

K7023230

440 – 470 MHz

M 11 x 1 female 11

K702323** M 11 x 1 female 11

K7023231** N female 11

K702021 410 – 470 MHz N female 12

725892** 410 – 430 MHz N female 13

K702121 450 – 470 MHz N female 13

741557 380 – 400 MHz870 – 960 MHz

70 cm band /mobile standards

N female 14

87010009 430 – 470 MHz870 – 960 MHz N female 15

87010006430 – 470 MHz870 – 960 MHz

1575.42 ± 1 MHzN female / TNC male GPS 16

K702061 450 – 470 MHz790 – 960 MHz N female 17

741009 870 – 960 MHz

all mobile standards

N female 18

K7021631** 876 – 960 MHz N female 19

87010007 790 – 2700 MHz N female 20

87010023 694 – 2700 MHz1575.42 ± 1 MHz N female / TNC male GPS 21


87010012 694 – 6000 MHz1558 – 1610 MHz N female / SMA female GPS, GLONASS, BEIDOU 23

87010022 694 – 6000 MHz1558 – 1610 MHz N female / N female GPS, GLONASS, BEIDOU 23

87010032 694 – 6000 MHz1581 ± 5 MHz N female / TNC male GPS, GLONASS, BEIDOU 24

87010010 1710 – 3800 MHz N female 25


86010142 1575.42 MHz GPS TNC female 27

New product * All systems lying in the specified frequency bands can be operated, e.g. GSM-R, GSM, UMTS, LTE, …** Antennas will be phased out in 2018

Installation Guidelines can be found from page 28 onwards. Standards / guidelines for Train Antennas are listed on page 32 and 33.For further information, please contact [email protected]

SummaryAntennas for Trains and Buses87.5 ... 6000 MHz

4

Multi-band Combiners

Many train antennas provide multiple frequency bands within one antenna. All these frequency bands are fed into the antenna via one common antenna input.In order to combine the different frequency bands onto the common antenna input, multi-band combiners can be used. Depending on the number of combined frequency bands, e.g. dual-, triple- or quad-band combiners can be selected. Kathrein offers a variety of different frequency combinations for multi-band combiners. An according

up-to-date product overview can be found in the current catalogue for mobile communication products or on our homepage.

Examples of multi-band combiners:

Dual-band combiner

Triple-band combiner

Quad-band combiner

5

Multi-band Combiners

Port 3

Port 2

Port 1

For Example: Combiner (order separately)

Type No. 728954

Pass band Band 1 Band 2

MHzMHz

68 – 470870 – 970

Insertion loss Port 1 ↔ Port 3 Port 2 ↔ Port 3

dBdB

< 0.5 (68 – 470 MHz)< 0.5 (870 – 970 MHz)

Isolation Port 1 ↔ Port 2 dB > 45VSWR < 1.2Impedance Ω 50Input power Band 1 Band 2

WW

< 50< 50

Intermodulation products

dBc < –160(2nd/3rd order; with 2 x 20 W)

Temperature range °C –20 ... +70Connectors N femaleApplication IndoorDC transparency Port 1 ↔ Port 3 Port 2 ↔ Port 3 Port 3 ↔ Port 2

By-pass (max. 2500mA)short circuited

stopWeight g | lb 800 | 1.8Packing size mm

inches285 x 55 x 12511.2 x 2.2 x 4.9

Dimensions (w x h x d)

mminches

229.4 x 32 x 111.6 (without connectors)9.0 x 1.3 x 4.4 (without connectors)

6

Train Antenna87.5 – 108 MHz727313n FM-broadcast receiving antenna for rail vehicles in fiberglass

radome.n Only for receiving.

Type No. 727313

Input N femaleFrequency range MHz 87.5 – 108Impedance Ω 50 ΩPolarization VerticalRadome weight g | lb 365 | 0.8Total weight g | lb 900 | 2.0Packing size (outside)

mminches

151 x 90 x 4155.9 x 3.5 x 16.3

Material: Flange: Aluminum.Radiator: Copper.Radome: Fiberglass; Colour: Light grey.All screws and nuts: Stainless steel.Sealing: Neoprene and EPDM. Note: Don’t use detergents that might harm the sealing.

Mounting: On a conductive surface with a minimum size of 100 x 200 cm | 39.4 x 78.7 inches by means of existing M10 studs.

Grounding andhigh voltage protection:

This antenna, tested by an independent institute, is DC grounded to protect against lightning and high-tension lines.

Mounting hole for the connector: 33 (max. 35) mm diameter.

Note: Keep mounting surface clear of paint for electrical contact.

Mounting flange:

13 |

0.5

115 | 4.5

43 | 1.7

145 | 5.7

80 |

3.6

32 |

1.3

56 |

2.2

28 |

1.1

nicht lackiertnot painted


DichtungsringSealing O-ring

All dimensions in mm | inches

7

Tram and Bus Antenna146 – 174 MHzK50222..n Broadband antenna in fiberglass radome.

Driving direction

Type No. K5022211601620

K5022212600055

Input N female UHF femaleFrequency range MHz 143 – 162

but preferred range: 146 – 156VSWR < 1.4Gain dB 0 (ref. to the quarter-wave antenna)Impedance Ω 50Polarization VerticalMax. power W 100 (at 50° C ambient temperature)Radome weight g | lb 470 | 1.0Total weight g | lb 1200 | 2.6Packing size mm

inches260 x 260 x 13010.2 x 10.2 x 5.1

Type No. K5022221600825

K5022222600057

Input N female UHF femaleFrequency range MHz 152 – 178

but preferred range : 156 – 174VSWR < 1.4Gain dB 0 dB (ref. to the quarter-wave antenna)Impedance Ω 50Polarization VerticalMax. power W 100 (at 50° C ambient temperature)Radome weight g | lb 470 | 1.0Total weight g | lb 1200 | 2.6Packing size mm

inches260 x 260 x 13010.2 x 10.2 x 5.1

Material: Radiator and Base: Aluminum.Radome: Fiberglass, colour: Grey.Studs and all screws and nuts: Stainless steel.Sealing: Neoprene and polyurethane. Note: Don’t use detergents that might harm the sealing.

Mounting: On a conductive surface 1.0 x 2.0 m | 39.4 x 78.7 inches min. with 3 studs M10 and counterflange.Note: No superstructures in this area.


DC grounded to protect against lightning and high-tension lines.

Scope of supply: Antenna with 3 studs, each with 2 nuts, 1 rubber gasket and 1 counterflange.

8

Train Antenna146 – 174 MHz733707n Aluminum antenna in fiberglass radome.

Type No. 733707

Input N femaleFrequency range MHz 146 – 174VSWR < 2.0Gain dB 0 (ref. to the quarter-wave antenna)Impedance Ω 50Polarization VerticalMax. power W 100 (at 50 °C ambient temperature)Radome weight g | lb 365 | 0.8Totel weight g | lb 800 | 1.8Packing size (outside)

mminches

151 x 90 x 4155.9 x 3.5 x 16.3

Material: Radiator and flange: Aluminum.Radome: Fiberglass, colour: Light grey.All screws and nuts: Stainless steel.Sealing: Neoprene and EPDM. Note: Don’t use detergents that might harm the sealing.

Mounting: On a conductive surface 200 x 100 cm | 78.7 x 39.4 inches min. with 4 studs M10.





Mounting flange:

13 |

0.5

115 | 4.5

43 | 1.7

145 | 5.7

80 |

3.6

32 |

1.3

56 |

2.2

28 |

1.1





9

Train Antenna380 – 430 MHz and GPS 1575 MHz87010005n Two-band antenna: 380 – 430 MHz and GPS.n The antenna can be operated in both frequency ranges

simultaneously.n Low profile antenna in fiberglass radome.n The antenna fulfils the requirements according to EN 50155.

contact area

contact area

seal

Input Antenna400 MHz

82 | 3.2

56 | 2.285 | 3.3

145

| 5.7

115

| 4.5

43 |

1.7

142

| 5.6

11 |

0.4

dia

met

er

1)

Input AntennaGPS

1) 32 | 1.3

Mounting flange:

Type No. 87010005

Antenna multi-bandInput N femaleFrequency range MHz 380 – 430VSWR < 1.7Gain dB 0 (ref. to the quarter-wave antenna)Impedance Ω 50Polarization VerticalMax. power W 100 (at 50° C ambient temperature)Inner conductor DC groundedAntenna GPSInput Cable RG 316/U of 225 mm length

with TNC male connectorFrequency range MHz 1575.42 ±1VSWR < 1.5Polarization Right hand circularGain (90° elevation) dB 2 (ref. to the circularly polarized

isotropic antenna)Impedance Ω 50Inner conductor DC groundedRadome weight g | lb 186 | 0.4Weight g | lb Approx. 500 | 1.1Packing size mm

inches150 x 90 x 1905.9 x 3.5 x 7.5

Height mminches

1505.9

Material: Radiator: Copper and brass.Flange: Aluminum. Radome: Fiberglass.All screws and nuts: Stainless steel.Colour: Grey.Sealing: Neoprene and silicon. Note: Don’t use detergents that might harm the sealing.

Mounting: On a conductive surface with a minimum size of 1000 x 1000 mm | 39.4 x 39.4 inches using 4 M10 bolts.


This antenna, tested by an independent institute and approved by the “Deutsche Bahn AG”, is DC grounded to protect against lightning and high-tension lines.

Accessories: Low noise amplifier GPS 86010142 (please order separately).

Warning: If the antenna is operated without the pre- amplifier type no. 86010142, please note the following points.– Due to the fact that the inner conductor of the

antenna GPS is DC grounded, the input of the GPS receiver is loaded with a DC short circuit. If the GPS receiver provides a remote DC power supply, this could damage the GPS receiver.

– At the input of the antenna GPS a level of –25 dB below the signal applied at the input of the antenna 380 – 430 MHz appears. Depending on the level of the signal applied at the input of the antenna 380 – 430 MHz, the GPS receiver may be overloaded or damaged. Situation of mounting

Mounting hole for the connector: 33 (max. 35) mm | 1.3 (max. 1.4) inches diameter.


Evenness of opposite surface 0.2 mm | 0.008 inches.

Use a cap nut or hex-head screw plus the enclosed sealing washer.

Cap nut M10 DIN 1587 torque 15 Nm – 20 Nm Added sealing

washer

5 1

Hex-head screw M10 torque 15 Nm – 20 Nm

15 |

0.6


10

Train Antenna380 – 430 MHz87010008n Low profile antenna in fiberglass radome.n The antenna fulfils the requirements according to EN 50155.

Type No. 87010008

AntennaInput N femaleFrequency range MHz 380 – 430VSWR < 1.7Gain dB 0 (ref. to the quarter-wave antenna)Impedance Ω 50Polarization VerticalMax. power W 100 (at 50° C ambient temperature)Inner conductor DC groundedRadome weight g | lb 186 | 0.4Total weight g | lb Approx. 500 | 1.1Packing size, L x W x H

mminches

150 x 90 x 1905.9 x 3.5 x 7.5

Height mminches

1505.9





contact area

contact area

seal

Input Antenna 400 MHz

82

5685

145 11

543

142

11 m

m d

iam

eter

32

Mounting flange:

Situation of mounting






washer

5 1


15 |

0.6


11

Tram and Bus Antenna406 ... 470 MHzK702321., K702323.

Frequency range 406 – 428 MHz

Type No. K7023210602284

Input M 11 x 1 female(the connector for cable RG 58 C/U is supplied).

Drill hole dimension

mminches

120.5

Frequency range MHz 406 – 428 MHzVSWR 406 – 410 MHz: < 1.9

410 – 425 MHz: < 1.7425 – 428 MHz: < 1.9

Gain dB 0 (ref. to the quarter-wave antenna)Impedance Ω 50Polarization VerticalMax. power W 50 W (at 50 °C ambient temperature)Weight g | lb 400 | 0.9 lbPacking size (outside)

mminches

117 x 117 x 1144.6 x 4.6 x 4.5

Height mminches

702.8

Mounting On a conductive surface 70 x 70 cm | 27.6 x 27.6 inches min.

Frequency range 440 – 470 MHz

Type No. K7023230602285

K702323601363

K7023231602286

Input M 11 x 1 female(the connector for cable RG 58 C/U

is supplied).

M 11 x 1 female(the connector for cable RG 213/U is supplied).

N female

Drill hole dimension

mminches

120.5

120.5

170.7

Frequency range 440 – 470 MHzVSWR 440 – 450 MHz: < 1.7

450 – 465 MHz: < 1.5465 – 470 MHz: < 1.7

Gain dB 0 (ref. to the quarter-wave antenna)Impedance Ω 50 Ω Polarization VerticalMax. power W 50 W (at 50 °C ambient temperature)Weight g | lb 400 | 0.9Packing size (outside)

mminches

117 x 117 x 1144.6 x 4.6 x 4.5

Height mminches

702.8

Mounting On a conductive surface 50 x 50 cm | 19.7 x 19.7 inches min.

Material: Radiator and base: Aluminum.Radome: High impact plastic.All screws and nuts: Stainless steel.

Mounting: The drilling diameter is 12 mm except the N connector versions: 17 mm. A special zinc washer ensures a good contact at the edges of the hole.

Special features: All metall parts of this antenna are DC grounded.Extreme robust and car-wash proof vehicular antenna.

12

Train Antenna410 – 470 MHzK702021n Low profile broadband antenna in fiberglass radome.



Mounting flange:

13 |

0.5

115 | 4.5

43 | 1.7

145 | 5.7

80 |

3.6

32 |

1.3

56 |

2.2

28 |

1.1





Type No. K702021

Input N femaleFrequency range MHz 410 – 470VSWR < 1.5Gain dB 0 (ref. to the quarter-wave antenna)Impedance Ω 50Polarization VerticalMax. power W 170 (at 50° C ambient temperature)Radome weight g | lb 159 | 0.4Total weight g | lb 500 | 1.1Packing size (outside)

mminches

151 x 87 x 2105.9 x 3.4 x 8.3

Material: Radiator and Flange: Aluminum.Radome: Fiberglass, colour: Light grey.All screws and nuts: Stainless steel.Sealing: Neoprene and rubber. Note: Don’t use detergents that might harm the sealing.




13

Train Antenna410 – 430 / 450 – 470 MHz725892, K702121

Type No. 725892 K702121601119

Input N femaleFrequency range MHz 410 – 430 450 – 470VSWR < 1.5Gain dB 2 (ref. to the quarter-wave antenna)Impedance Ω 50Polarization VerticalMax. power W 640 (at 50° C ambient temperature)Radome weight g | lb 365 | 0.8 lbWeight g | lb 800 | 1.8Packing size (out-side)

mminches

151 x 90 x 4155.9 x 3.5 x 163

Material: Radiator and Flange: Aluminum.Radome: Fiberglass, color: Light grey.All screws and nuts: Stainless steel.Sealing: Neoprene and EPDM. Note: Don’t use detergents that might harm the sealing.






Mounting flange:

13 |

0.5

115 | 4.5

43 | 1.7

145 | 5.7

80 |

3.6

32 |

1.3

56 |

2.2

28 |

1.1





n 2 dB gain broadband antenna in fiberglas radome.

14

Train Antenna380 – 400 MHz and 870 – 960 MHz741557n Two-band antenna in fiberglass radome working in the

380 – 400 MHz and 870 – 960 MHz range.n The antenna can be operated in both frequency ranges

simultaneously by using the combiner 728954.

Type No. 741557

Input N femaleFrequency range MHz 380 – 400 and 870 – 960VSWR < 1.5Gain dB 0 dB (ref. to the quarter-wave antenna)Impedance Ω 50Polarization VerticalMax. power W 500 W (at 50° C ambient temperature)Radome weight g | lb 159 | 0.4Total weight g | lb 500 | 1.1Packing size (outside)

mminches

151 x 87 x 2105.9 x 3.4 x 8.3

Material: Radiator: Brass.Flange: Aluminum.Radome: Fiberglass; Colour: Light grey.All screws and nuts: Stainless steel.Sealing: Neoprene and rubber. Note: Don’t use detergents that might harm the sealing.




Mounting hole for the connector:

33 (max. 35) mm diameter.

Note: Keep mounting surface clear of paint

for electrical contact.

Mounting flange:

13 |

0.5

115

| 4.5

43

| 1.7

145

| 5.7

80 | 3.6

32 |1.3

56 | 2.2

28 | 1.1

nich

t la

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rtno

t p

aint

ed

Dic

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gsrin

gS

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g O

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g

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ed


15

Train Antenna430 – 470 MHz and 870 – 960 MHz87010009n Two-band Antenna: 430 – 470 MHz / 870 – 960 MHzn Low profile antenna in fiberglass radome.n The antenna fulfils the requirements according to EN 50155.

Type No. 87010009

Antenna two-bandInput N femaleFrequency range MHz 430 – 470

870 – 960VSWR < 1.5Gain dB 0 (ref. to the quarter-wave antenna)Impedance Ω 50Polarization VerticalMax. power W 100 (at 50° C ambient temperature)Inner conductor DC groundedRadome weight g | lb 186 | 0.4Total weight g | lb Approx. 500 | 1.1Packing size, L x W x H

mminches

150 x 90 x 1905.9 x 3.5 x 7.5

Height mminches

1505.9





contact area

contact area

seal

Input Antenna450 MHz /900 MHz

82 | 3.2

56 | 2.285 | 3.3

145

| 5.7

115

| 4.5

43 |

1.7

142

| 5.6

11 |

0.4

dia

met

er

1)

1) 32 | 1.3

Mounting flange:







washer

5 1


15 |

0.6


16

Type No. 87010006

Antenna multi-bandInput N femaleFrequency range MHz 430 – 470

870 – 960VSWR < 1.5Gain dB 0 (ref. to the quarter-wave antenna)Impedance Ω 50Polarization VerticalMax. power W 100 (at 50° C ambient temperature)Inner conductor DC groundedAntenna GPSInput Cable RG 316/U of 225 mm length


isotropic antenna)Impedance Ω 50Inner conductor DC groundedRadome weight g | lb 186 | 0.4Weight g | lb Approx. 500 | 1.1Packing size mm

inches150 x 90 x 1905.9 x 3.5 x 7.5

Height mminches

1505.9








– At the input of the antenna GPS a level of –25 dB below the signal applied at the input of the antenna two-band appears. Depending on the level of the signal applied at the input of the antenna two-band, the GPS receiver may be overloaded or damaged.

Train Antenna430 – 470 MHz / 870 – 960 MHz and GPS 1575 MHz87010006n Multi-band antenna: 430 – 470 MHz / 870 – 960 MHz and GPS.n The antenna can be operated in all frequency ranges


contact area

contact area

seal

Input Antenna450 MHz /900 MHz

82 | 3.2

56 | 2.285 | 3.3

145

| 5.7

115

| 4.5

43 |

1.7

142

| 5.6

11 |

0.4

dia

met

er

1)

Input AntennaGPS

1) 32 | 1.3

Mounting flange:







washer

5 1


15 |

0.6


17

Mounting hole for the connector:

33 (max. 35) mm diameter.

Note: Keep mounting surface clear of paint

for electrical contact.

Mounting flange:

Train Antenna450 – 470 MHz and 790 – 960 MHzK702061n Two-band antenna in fiberglass radome working in the

450 – 470 MHz and 790 – 960 MHz range.n The antenna can be operated in both frequency ranges

simultaneously by using the combiner 728954.

Type No. K702061602202

Input N femaleFrequency range MHz 450 – 470 and 790 – 960VSWR < 1.5Gain dB 0 (ref. to the quarter-wave antenna)Impedance Ω 50Polarization VerticalMax. power W 500 (at 50° C ambient temperature)Radome weight g | lb 97 | 0.2Total weight g | lm 500 | 1.1Packing size (outside)

mminches

151 x 87 x 2105.9 x 3.4 x 8.3

Material: Radiator: Brass.Flange: Aluminum.Radome: Fiberglass; Colour: Light grey.All screws and nuts: Stainless steel.Sealing: Neoprene. Note: Don’t use detergents that might harm the sealing.

Mounting: On a conductive surface with a minimum size of 50 x 50 cm | 19.7 x 19.7 inches by means of 4 existing M10 studs.



13 |

0.5

115

| 4.5

43

| 1.7

145

| 5.7

80 | 3.6

32 |1.3

56 | 2.2

28 | 1.1

nich

t la

ckie

rtno

t p

aint

ed

Dic

htun

gsrin

gS

ealin

g O

-rin

g

nich

t la

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rtno

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aint

ed


18

Train Antenna870 – 960 MHz741009

Type No. 741009

Input N femaleFrequency range MHz 870 – 960 MHzVSWR < 1.5Gain dB 0 dB (ref. to quarter-wave antenna)Impedance Ω 50 ΩPolarization VerticalMax. power W 100 W (at 50 °C ambient temperature)Radome weight g | lb 166 | 0.4Total weight g | lb 500 | 1.1Packing size (outside)

mminches

137 x 92 x 1745.4 x 3.6 x 6.9

Material: Radiator: Brass.Flange: Aluminum.Radome: Fiberglass; Colour: Light grey.All screws and nuts: Stainless steel.Sealing: Neoprene and nitrile rubber. Note: Don’t use detergents that might harm the sealing

Mounting: On a conductive surface of a minimum size of 50 x 50 cm | 19.7 x 19.7 inches by means of 4 existing M10 studs.

Grounding and high voltage protection:


Mounting flange:



All dimensions in mm | inches.

145 | 5.7

82 |

3.2

115 | 4.5

43 | 1.7

28 |

1.1

∅ 13 | 0.5

56 |

2.2

32 | 1

.3

not painted sealing O-ring not painted

n Broadband antenna of very low profile in fiberglass radome.n Special radome suitable for high-speed trains.n The antenna fulfils the requirements according to EN 50155.

163 | 6.4

95 |

3.7

19

Train Antenna876 – 960 MHzK7021631n Broadband gain antenna in fiberglass radome.

Type No. K7021631602382

Input N femaleFrequency range MHz 876 – 960VSWR < 1.5Gain dB 3.5 (ref. to the quarter-wave antenna)Impedance Ω 50Polarization VerticalMax. power W 500 (at 50 °C ambient temperature)Radome weight g | lb 365 gTotal weight g | lb 1000 gPacking size (outside)

mminches

151 x 90 x 4155.9 x 3.5 x 16.3

Material: Radiator: Brass.Flange: Aluminum.Radome: Fiberglass, colour: Light grey.All screws and nuts: Stainless steel.Sealing: Neoprene and EPDM. Note: Don’t use detergents that might harm the sealing.

Mounting: On a conductive surface with a minimum size of 50 x 50 cm | 19.7 x 19.7 inches by means of 4 existing M10 studs.





Mounting flange:

13 |

0.5

115 | 4.5

43 | 1.7

145 | 5.7

80 |

3.6

32 |

1.3

56 |

2.2

28 |

1.1





20

Train Antenna790 – 2700 MHz87010007

Type No. 87010007

Antenna multi-bandInput N femaleFrequency range MHz 790 – 2700 MHzVSWR 790 – 806 MHz: < 2.2

806 – 870 MHz: < 2.0 870 – 2550 MHz: < 1.52550 – 2700 MHz: < 2.0

Gain dB 0 (ref. to the quarter-wave antenna)Impedance Ω 50Polarization VerticalMax. power W 100 (at 50° C ambient temperature)Inner conductor DC groundedRadome weight g | lb 115 | 0.3Total weight g | lb Approx. 500 | 1.1Packing size, L x W x H

mminches

152 x 91 x 1256.0 x 3.6 x 4.9

Height mminches

813.2


Mounting: On a conductive surface with a minimum size of 50 x 50 cm | 19.7 x 19.7 inches using 4 M10 bolts.



contact area

contact area

seal

Input Antenna790 – 2700 MHz

82 | 3.2

56 | 2.285 | 3.3

145

| 5.7

115

| 4.5

43 |

1.7

142

| 5.6

11 |

0.4

dia

met

er

1)

1) 32 | 1.3

Mounting flange:

n Multi-band antenna: 800/900/1800/1900/UMTS/LTE/W-LAN.n The antenna can be operated in all frequency ranges








washer

5 1


15 |

0.6


21

Train Antenna694 – 2700 MHz and GPS 1575 MHz87010023n Multi-band antenna: 700/800/900/1800/1900/UMTS/2600/

LTE/W-LAN and GPS.n The antenna can be operated in all frequency ranges simultaneously.n Low profile antenna in fiberglass radome.n The antenna fulfils the requirements according to EN 50155.

Type No. 87010023

Antenna multi-bandInput N femaleFrequency range MHz 694 – 2700VSWR 694 – 720 MHz: < 2.2

720 – 870 MHz: < 2.0870 – 925 MHz: < 1.6925 – 2700 MHz: < 2.0

Gain dB 0 (ref. to the quarter-wave antenna)Impedance Ω 50Polarization VerticalMax. power W 100 (at 50° C ambient temperature)Inner conductor DC groundedAntenna GPSInput Cable RG 316/U of 225 mm length


isotropic antenna)Impedance Ω 50Inner conductor DC groundedRadome weight g | lb 115 | 0.25Total weight g | lb 540 | 1.1Packing size mm

inches152 x 91 x 1256.0 x 3.6 x 4.9

Height mminches

813.2








– At the input of the antenna GPS a level of –25 dB below the signal applied at the input of the antenna multi-band appears. Depending on the level of the signal applied at the input of the antenna multi-band, the GPS receiver may be overloaded or damaged.

contact area

contact area

seal


82 | 3.2

56 | 2.285 | 3.3

145

| 5.7

115

| 4.5

43 |

1.7

142

| 5.6

11 |

0.4

dia

met

er

1)

Input AntennaGPS

1) 32 | 1.3






washer

5 1


15 |

0.6


Mounting flange:


22

Train Antenna790 – 2700 MHz and GPS 1575 MHz87010003n Multi-band antenna: 800/900/1800/1900/UMTS/

LTE/W-LAN and GPS.n The antenna can be operated in all frequency ranges simultaneously.n Low profile antenna in fiberglass radome.n The antenna fulfils the requirements according to EN 50155.

Type No. 87010003


806 – 870 MHz: < 2.0 870 – 2550 MHz: < 1.52550 – 2700 MHz: < 2.0

Gain dB 0 (ref. to the quarter-wave antenna)Impedance Ω 50Polarization VerticalMax. power W 100 (at 50° C ambient temperature)Inner conductor DC groundedAntenna GPSInput Cable RG 316/U of 225 mm length


isotropic antenna)Impedance Ω 50Inner conductor DC groundedRadome weight g | lb 115 | 0.3Total weight g | lb Approx. 500 | 1.1Packing size mm

inches152 x 91 x 1256.0 x 3.6 x 4.9

Height mminches

813.2


Mounting: On a conductive surface with a minimum size of 50 x 50 cm using 4 M10 bolts.







contact area

contact area

seal


82 | 3.2

56 | 2.285 | 3.3

145

| 5.7

115

| 4.5

43 |

1.7

142

| 5.6

11 |

0.4

dia

met

er

1)

Input AntennaGPS

1) 32 | 1.3


Mounting flange:






washer

5 1


15 |

0.6


23

Train Antenna694 – 6000 MHz and GPS, GLONASS, BEIDOU87010012, 87010022n Multi-band antenna: 700/800/900/1800/1900/UMTS/2600/3500/5000/

LTE/W-LAN and GPS, GLONASS, BEIDOU.n The antenna can be operated in all frequency ranges simultaneously.n Low profile antenna in fiberglass radome.n The antenna fulfils the requirements according to EN 50155.

Type No. 87010012 87010022


1350 – 4920 MHz: < 1.84920 – 6000 MHz: < 2.0

Gain dB 0 (ref. to the quarter-wave antenna)Impedance Ω 50Polarization VerticalMax. power W 40 (at 50° C ambient temperature)Inner conductor DC groundedAntenna GPS / Galileo / GLONASS / BEIDOUCenter frequency MHz 1581 ± 5Bandwidth in 10 dB MHz 49Polarization Right hand circularPeak gain at Fc dBic 3Integrated LNAFrequency range MHz 1550 – 1610VSWR < 2.0Impedance Ω 50Gain dB 23 ± 3Noise figure dB typ. 2.0, max. 2.5Operation voltage V 2.5 ... 5.5Operation current mA typ. 7, max. 10Input SMA female N female

110 mm | 4.3 inches cable lengthRadome weight g | lb 180 | 0.4Total weight g | lb 630 | 1.4Packing size mm

inches170 x 120 x 1006.7 x 4.7 x 3.9

Height mminches

933.7

Material: Radiator: AluminumFlange: Aluminum. Radome: Fiberglass.All screws and nuts: Stainless steel.Colour: Grey.Sealing: Polyurethan and silicone. Note: Don’t use detergents that might harm the sealing.




EU-RED: Hereby, KATHREIN-Werke KG declares that the radio equipment type 87010012 and 87010022 is in compliance with Directive 2014/53/EU. The full text of the EU declaration of conformity is available at the following internet address: http://www.kathrein.com

43 |

1.7

115

| 4.5

146

| 5.7

11 |

0.4

dia

met

er

56 | 2.2

86 | 3.4






washer

5 1


15 |

0.6


Mounting flange:


93 |

3.7

24

Type No. 87010032


1350 – 4920 MHz: < 1.84920 – 6000 MHz: < 2.0

Gain dB 0 (ref. to the quarter-wave antenna)Impedance Ω 50Polarization VerticalMax. power W 40 (at 50° C ambient temperature)Inner conductor DC groundedAntenna GPS / Galileo / GLONASS / BEIDOUCenter frequency MHz 1581 ± 5Bandwidth in 10 dB MHz > 49VSWR at Fc < 2.0Polarization Right hand circularImpedance Ω 50Input TNC male,

110 mm | 4.3 inches cable lengthRadome weight g | lb 180 | 0.4Total weight g | lb ~ 610 | ~ 1.34Packing size mm

inches170 x 120 x 1006.7 x 4.7 x 3.9

Height mminches

933.7

Material: Radiator: AluminumFlange: Aluminum. Radome: Fiberglass.All screws and nuts: Stainless steel.Colour: Grey.Sealing: Polyurethan and silicon. Note: Don’t use detergents that might harm the sealing.





Train Antenna694 – 6000 MHz and GPS, GLONASS, BEIDOU87010032n Multi-band antenna: 700/800/900/1800/1900/UMTS/2600/3500/5000/

LTE/W-LAN and GPS, GLONASS, BEIDOU.n The antenna can be operated in all frequency ranges simultaneously.n Low profile antenna in fiberglass radome.n The antenna fulfils the requirements according to EN 50155.

43 |

1.7

115

| 4.5

146

| 5.7

11 |

0.4

dia

met

er

56 | 2.2

86 | 3.4






washer

5 1


15 |

0.6

Mounting flange:

93 |

3.7

25

Train Antenna1710 – 3800 MHz87010010n Multi-band antenna: 1800/1900/UMTS/LTE/W-LAN/WiMAX.n The antenna can be operated in all frequency ranges


Type No. 87010010


1920 – 3800 MHz: < 1.5Gain dB 0 (ref. to the quarter-wave antenna)Impedance Ω 50Polarization VerticalMax. power W 100 (at 50° C ambient temperature)Inner conductor DC groundedRadome weight g | lb 115 | 0.3Total weight g | lb 450 | 1.0Packing size, L x W x H

mminches

152 x 91 x 1256.0 x 3.6 x 4.9

Height mminches

813.2


Mounting: On a conductive surface with a minimum size of 50 x 50 cm.



contact area

contact area

seal

82

56 85

145 11

5 43

142

11 m

m d

iam

eter

32

Input AntennaMulti-band


Note: Keep mounting surface clear of paint for electri-cal contact.

Evenness of opposite surface 0.2 mm.


Cap nutM10 DIN 1587torque15 Nm – 20 NmAdded sealing

washer

51

Hex-head screw M10torque15 Nm – 20 Nm

Mounting flange:

26

Train Antenna1710 – 3800 MHz and GPS 1575 MHz87010011n Multi-band antenna: 1800/1900/UMTS/LTE/W-LAN/WiMAX and GPS.n The antenna can be operated in all frequency ranges simultaneously.n Low profile antenna in fiberglass radome.n The antenna fulfils the requirements according to EN 50155.

Type No. 87010011


1920 – 3800 MHz: < 1.5Gain dB 0 (ref. to the quarter-wave antenna)Impedance Ω 50 ΩPolarization VerticalMax. power W 100 (at 50° C ambient temperature)Inner conductor DC grounded

Antenna GPSInput Cable RG 316/U of 225 mm length


isotropic antenna)Impedance Ω 50Inner conductor DC groundedRadome weight g | lb 115 | 0.3Total weight g | lb Approx. 500 | 1.1Packing size mm

inches152 x 91 x 1256.0 x 3.6 x 4.9

Height mminches

813.2


Mounting: On a conductive surface with a minimum size of 50 x 50 cm.







contact area

contact area

seal

82

56 85

145 11

5 43

142

11 m

m d

iam

eter

32

Input Antenna GPS

Input AntennaMulti-band


Note: Keep mounting surface clear of paint for electri-cal contact.

Evenness of opposite surface 0.2 mm.


Cap nutM10 DIN 1587torque15 Nm – 20 NmAdded sealing

washer

51

Hex-head screw M10torque15 Nm – 20 Nm


Mounting flange:

27

Low Noise Amplifier GPS86010142

n The low noise amplifier 86010142 is designed for the use inside vehicles with train antennas with GPS.

n It includes a preselection filter to prevent the inter ference in case of simultaneous operation at the frequency range 380 – 960 / 1710 – 3800 MHz and GPS.

n The product fulfils the requirements according to EN 50155.

Block Diagram

InputTNC female

OutputN female

bias-Tbandpassfilter GPS

bandpassfilter GPS

bandpassfilter GPSamplifier amplifierlowpass

Type No. 86010142

Frequency MHz 1575.42, L1-signalGain dB 25 ±2Noise figure dB < 2.0VSWR (input, output) < 1.8Operation voltage 3.3 ... 5.5 V, ripple < 50 mV,

supplied at inner conductor RF-outputOperation current mA ≤ 25Connector input TNC femaleConnector output N femaleDimensions (w x h x l)

mminches

70 x 22 x 502.8 x 0.9 x 2.0

Mounting mminches

4 holes, 4.5 diameter4 holes, 0.2 diameter

Additional features:n The maximum input power at the input of the amplifier at

the frequency range 380 – 960 MHz and 1710 – 3800 MHz is limited to +25 dBm.

n The noise level at the GPS-frequency generated by the operation at the frequency range 380 – 960 MHz and 1710 – 3800 MHz should not exceed the thermal noise level at the input of the GPS-amplifier, otherwise the noise figure will be increased.

Environmental conditions:n Temperature range: –25 °C … +55 °C (data as specified)

–40 °C … +85 °C (extended range) *)n Protection class: IP 54 (DIN 40050 / IEC 144)

(hanging installation position)

*) Extended range of operation: Within an extended temperature range of –40 °C … +85 °C and an extended supplied voltage range of 3.0 V … 6.0 V operation is possible with the following restrictions: Noise figure: < 2.5 dB Gain: > 20 dB

53 | 2.1

70 | 2.8

22 |

0.9

1)

2)50

| 2.

0

3)

30 |

1.2

Input (Antenna)

TNC

93 |

3.7

Output(DC +3.3 ... 5.5 V)

N

Hanging installation position

bottom

top

ceiling

1) 5 | 0.22) 4.4 | 0.173) 7 | 0.28


28

Installation Guidelines

Train antennas made by Kathrein are well known as

reliable and highly sophisticated products.

Our antennas are distinguished by excellent

voltage protection against accidentally high voltage

contacts due to well developed grounding elements

implemented in the overall design.

Depending on frequency and design constraints,

Kathrein antennas are designed as λ/4 radiators or as

λ/2 radiators. For proper functionality, λ/4 radiators

have to be mounted on a conductive surface creating

a ground plane. Train antennas are usually vertically

polarized. The impedance is 50 Ohm.

Kathrein antenna designs are tested in accordance

with the standards indicated on page 26 and 27.

Train antennas are subject to extreme environ-

mental conditions and have to withstand tremendous

operational conditions. The following documents will

help to understand functionality and give information

about proper installation procedures.

A key feature of Kathrein antennas to pass these

requirements is the ability to limit the connector

voltage to 60 V in case of contact with high tension

lines. A current flow of 40 kA over a time frame of

100 ms and high voltages of up to 42 kV could be

applied under worst case conditions.

Quality is the Key

Abstract

Design

Low Noise Amplifier(GPS)

Train Antennas

29


Fundamental RF basics require metallic surfaces for

certain antenna designs. Utilizing λ/4 technologies

depends on a sufficient ground plane surface to

finally distribute RF wave into the surroundings. There-

fore, these particular antennas need to be mounted

against a conductive surface to create the required

ground plane.

Metallic Surfaces

In most of the cases, the roofs of trains are made out

of metallic materials. These materials have a reasonable

conductivity to achieve best radiation results. For

safety reasons, these surfaces need to offer sufficient

grounding to finally lead high voltages and currents to

ground.

Non-Metallic Surfaces

Train designs appear more and more with non- metallic

surfaces mostly present at the front or the end of a

train. Apparently those areas are preferred installation

areas for antennas.

As explained previously, antennas require ground

planes made out of conductive material. Several

Each data sheet gives detailed information about

the surface size. We strongly recommend not to stay

under the minimum mounting requirements. Antennas

easily will lose VSWR performance, and their radiation

pattern may change dramatically.

designs may apply to create such a plane. Metallic

foils might be placed underneath a non-metallic

train body. Other metals might be laminated into

fiberglass constructions. The antenna flange needs

to have good electrical contact to these additional

ground planes.

The same mandatory rule applies as with metallic

surfaces: A sufficient grounding of the antenna needs

to be considered in the design. Any kind of grounding

needs to handle high currents and voltages, and finally

lead them to ground.

Ground Plane

Figure 1: Electrical field and radiation pattern of a λ/4 antenna design

Installation

E - Fieldλ/4

electricalground plane

virtualfield lines

3 dB

10

0

Horizon

30


In case of an accident or a failure of the high tension

line (overhead contact line), high voltage and current

might be applied to the antenna. To protect people and

equipment, the connector voltage of the antenna is not

to exceed 60 V. To guarantee low connector voltages,

antenna flanges need to be grounded thoroughly.

n Unpainted areas near the four mounting holes of

the antenna flange.

To achieve best conductivity, mounting surfaces at

the antenna socket and the mating surface of the

train should be clean. Any paint residues or other types

of pollution need to be removed prior to the mounting

process.

• In case of non-metallic roof surfaces with an

additional ground plane of e. g. thin material, a

Most antennas are designed with a standardized foot

print of the mounting socket. Dimensions are stated in

the data sheets.

Mounting Sockets

Most antenna sockets offer four screw holes to tighten

the flange against the mounting surface.

We recommend the following:n Mounting against a separate flange with integrated

mounting bolts. This flange is usually welded to the

train.

In general, mounting screws or nuts should not add

more than 15 mm to the mounting surface, especially

if cap nuts are used.

In case of an antenna installation with screws through

the antenna socket into the vehicle, particular

attention should be paid to the sealing of the

screws under consideration of the grounding

instructions.

separate ground ing of the antenna mounting flange

is required.

Mounting Position

The antennas have to be mounted directly to the

ground plane.

Depending on the overall mounting situation (please

refer to “Obstacles close to the antenna”) it is tempting

to elevate antennas against the train roofs with high

flanges or other objects. To avoid mistuning and

malfunctioning antennas, it is mandatory not to mount

any such objects between the antenna and the roof.

Resonance frequency, radiation pattern, and VSWR

would change dramatically or could be lost completely.

Grounding

Mounting

Figure 3: Low profile broad band antenna with mounting screws

Figure 2: Inside grounding

grounding rod

31


To avoid corrosion and leakage into the vehicle,

antenna connectors must be sealed against the

mounting plate. Every Kathrein antenna is supplied

with detailed mounting instructions. An O-ring is

supplied with each antenna to seal the through hole

in the vehicle body against the antenna connector. For

certain types, this ring runs around the whole flange. To

For optical reasons, the color of train antennas some-

times has to match certain other colors. Kathrein

antennas are particularly suitable for subsequent,

long-lasting painting since the visible parts (radomes)

are generally made of fiberglass (polyester), to which

paint adheres very well. A thin layer of paint eventually

has only a negligible influence on the electrical

characteristics.

General remarks:n We recommend that painting is only performed

by qualified professional painting companies. If

required, painting on site may also be possible (and

permissible).

For proper wave propagation from the antenna into the

surrounding area, the roof should be flat without any

obstacles.

Trains sometimes have a number of structures for

multiple purposes on their roofs. Any obstacles close

to the antenna may impact radiation pattern and

The distance to other antennas depends on the required

antenna isolation. This value has to be clarified with

the suppliers of the installed mobile communication

system.

An isolation of 30 dB is a preferred value.

Generally speaking, a distance of approximately

achieve advanced sealing, mating surfaces between

the antenna socket and mounting flange/mounting

surfaces have to be flat.

Sealing also needs to be performed around mounting

holes if no mounting flanges are used. Corrosion at

mating surfaces between the antenna and the mounting

plane is critical for proper functioning of the antenna.

n We recommend that painting is only applied to visible

surfaces: e.g.

– Fiberglass radome

– Antenna socket, upper surface – please refer to

instructions stated in our data sheets

n The contact area on the lower part of the flange must

be kept free of paint at all times.

n Suitable commercial paints consist of one or two

components. The manufacturer‘s instruction for

use and processing must be observed. Paints with

metallic effects or metallic components are not

permissible.

radiated waves. It is difficult to give general guidelines

about minimum distances. As a rule of thumb,

antennas should face no obstacles within a radius of

approximately 1 m or more.

5–7 lambda is required for antennas operating the

same frequency band.

Due to the selectivity of different systems, antennas

operating in different frequency bands require

distances that can be even smaller.

Sealing

Painting

Distances to Other Antennas

Obstacles Close to the Antenna

32

Overview of Standards / Guidelines for Train Antennas

7273

13

8701

0005

7337

07

8701

0008

K70

2021

7258

92

K70

2121

7415

57

8701

0009

UL94 HB • • • • • • • • •

DIN EN 45545-2: 2013 • • • • – • • • •

DIN 5510 T2 – • – • • – – • •

IP Class (when mounted properly) IP 66 IP 66 IP 66 IP 66 IP 66 IP 66 IP 66 IP 66 IP 66

EN 50122-1 • • • • • • • • •

EN 50124-1 – • – • – – – - •

EN 50125 • • • • • • • • •

EN 50155 (environmental conditions) • • • • • • • • •

EN 60068-2-1 • • • • • • • • •

EN 60068-2-2 • • • • • • • • •

EN 60068-2-6 • • • • • • • • •

EN 60068-2-27 • • • • • • • • •

EN 60068-2-30 • • • • • • • • •

EN 61373 • • • • • • • • •

ETS 300 019-1-2 class 2.2 • • • • • • • • •

ETS 300 019-1-1 T 1.2 • • • • • • • • •

ETS 300 019-1-5 T 5.2 • • • • • • • • •

ETS 300 019-2-2 T 2.2 • • • • • • • • •

ETS 300 019-1-2 T 1.2 • • • • • • • • •

• Product complies with the standard/guidelines– Product does not meet the standard/guidelines

33

Overview of Standards / Guidelines for Train Antennas

8701

0006

K70

2061

7410

09

K70

2163

1

8701

0007

8701

0023

8701

0003

8701

0012

8701

0022

8701

0032

8701

0010

8701

0011

• • • • • • • • • • • •

• • • • • • • • • • • •

• • • – • • • • • • • •

IP 66 IP 66 IP 66 IP 66 IP 66 IP 66 IP 66 IP 66 IP 66 IP 66 IP 66 IP 66

• • • • • • • • • • • •

• – – – • • • • • • • •

• • • • • • • • • • • •

• • • • • • • • • • • •

• • • • • • • • • • • •

• • • • • • • • • • • •

• • • • • • • • • • • •

• • • • • • • • • • • •

• • • • • • • • • • • •

• • • • • • • • • • • •

• • • • • • • • • • • •

• • • • • • • • • • • •

• • • • • • • • • • • •

• • • • • • • • • • • •

• • • • • • • • • • • •

• Product complies with the standard/guidelines– Product does not meet the standard/guidelines

KATHREIN-Werke KGAnton-Kathrein-Straße 1 – 383022 Rosenheim, GermanyPhone +49 8031 184-0www.kathrein.com | [email protected]

9980

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58/0

/0118

/PSA

/onli

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Tech

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data

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Title

: foto

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es

Documents

Trains and Buses - Intensa · bands, e.g. dual-, triple- or quad-band combiners can be selected. Kathrein offers a variety of different frequency combinations for multi-band combiners