CAS 60 - TV Antenna KATHREIN - Free user manual and instructions

Product Type	Offset parabolic satellite antenna (domestic use)
Model	CAS 60 (order no. 20010006)
Reflector Material	Aluminum, powder coated
Feed Support Material	Galvanized sheet steel, plastic coated
Mast Clamp Material	Sheet steel, hot-dip galvanized
Available Colors	White (RAL 9002) or Graphite (RAL 7012)
Reflector Diameter	57 cm
Dimensions (W x H x D)	599 x 759 x 528 mm (without feed system)
Net Weight	4.8 kg
Gross Weight (packed)	5.6 kg
Packing Dimensions	800 x 655 x 200 mm
Reception Frequency Range	10.70 – 12.75 GHz
Antenna Gain (mid-band)	34.9 – 35.9 dBi (depending on frequency)
Half-Power Beamwidth	< 2.8°
Cross-Polarisation Decoupling	> 27 dB
Wind Load	300 N (at 800 N/m² dynamic pressure)
Max. Allowable Wind Speed	157 km/h
Mast Clamp Range	38 – 60 mm
Elevation Adjustment Range	5° – 45°
Azimuth Adjustment Range	360°
Figure of Merit (G/T) – Single Feed	14.7/15.7 dB/K (UAS 571/572/584/585) or 14.0/15.0 dB/K (UAS 481)
Multi-Feed Capability	Up to 2 feeds (6° or 9° spacing) or 3 with optional ZAS 90 adapter
Intended Use	Domestic satellite signal reception only
Safety Compliance	DIN EN 60728-11 (installation and grounding)
Warranty	10 years corrosion resistance (conditions apply)
Included Accessories	Reflector, mast and feed support, hexagon key (size 5)
Maintenance	Clean with soft damp cloth; do not use solvents or abrasives
Spare Parts	Use only genuine Kathrein accessories (e.g., ZAS 90, feed systems)
Repairability	No user-serviceable parts; modifications void warranty

Frequently Asked Questions - CAS 60 KATHREIN

What satellites can I receive with the CAS 60 antenna?

The antenna is designed for geostationary satellites visible from your location. Common options include ASTRA (19.2°E), EUTELSAT HOTBIRD (13°E), and others listed in the manual. For precise alignment, use a satellite meter.

How do I align the antenna?

First set the elevation angle according to your location (use an inclinometer). Then rotate the antenna in azimuth to face roughly south. Fine-tune both axes while monitoring signal strength on a receiver or meter until maximum signal is achieved. Tighten all bolts to 4-5 Nm.

Can I use multiple LNBs on this antenna?

Yes, the CAS 60 supports multi-feed for two satellites 6° or 9° apart using the built-in adapter plate. For three satellites, purchase the optional ZAS 90 adapter. Align the antenna to the weakest satellite for best overall reception.

What mast size is required?

Use a mast with outer diameter between 38 and 60 mm (the clamp fits this range). For roof installations, ensure at least 1/6 of the mast length is clamped. Kathrein recommends wall brackets ZAS 60 or ZAS 61 for wall mounting.

Is grounding necessary?

Yes, for safety and lightning protection. The antenna must be grounded according to DIN EN 60728-11. Use a ground conductor of at least 16 mm² copper (or 25 mm² aluminum) connected to the building's lightning protection system. Hire a qualified electrician for this work.

What is the warranty period?

Kathrein offers a 10-year warranty against corrosion, provided the antenna is installed according to instructions, not modified, and only genuine accessories are used. Keep your original purchase receipt.

How do I clean and maintain the antenna?

Gently clean the reflector and feed support with a soft, damp cloth. Do not use aggressive solvents, abrasives, or high-pressure water. Check all bolts annually and retighten if necessary. Avoid mechanical damage that could expose metal to corrosion.

Can I install the antenna myself?

Installation requires good craftsmanship and knowledge of wind load behavior. If you are not confident, hire a specialist. Always wear non-slip footwear, use safety harnesses on roofs, and avoid working near power lines or during thunderstorms.

What is the maximum wind speed the antenna can withstand?

The antenna is designed to withstand wind speeds up to 157 km/h. However, ensure the mast and mounting are properly sized and installed to avoid exceeding the maximum load of 300 N (dynamic pressure 800 N/m²).

Are feed systems included with the antenna?

No, the feed system (LNB) is sold separately. You can use Kathrein universal feed systems like UAS 571, 572, 584, 585, or UAS 481. Refer to their manuals for installation instructions.

USER MANUAL CAS 60 KATHREIN

Close-up of a SatAn satellite dish mounted on a stand, showing its logo and metallic components (no readable text beyond branding)

c. Speisesystem (LNB)

Diagram of two satellites with solar panels and a central antenna, no text or symbols present

Diagram of two satellites receiving signals from a central tower, no text or symbols present

Antenne ausrichten

Technical line drawing of a mechanical assembly with an inset showing a close-up of a component detail (no text or symbols present)

Illustration of a hand fastening a mechanical component with a curved arrow indicating motion (no text or symbols)

■ Reflector made of aluminium, powder coated
■ Feed system support made of galvanised sheet steel, plastic coated
■ Mast clamp made of sheet steel, hot-dip galvanised
■ Optimal electrical data combined with very compact mechanical dimensions due to offset feed
■ Available in graphite or white
■ Items supplied: Reflector, mast and feed system support, hexagon key (size 5)
■ Without additional components, two universal feed systems to receive signals of satellites 6° (e.g. ASTRA/EUTELSAT-HOTBIRD) or 9° apart can be mounted on the boom

Satellite dish mounted on a stand, showing brand logo and text (no readable document text beyond branding)

Intended Use

The CAS 06/CAS 60 parabolic antenna is intended solely for the reception of satellite signals and for use only as a domestic antenna.

DIN 4131 specifies that a domestic antenna should have no more than 6 m free mast length and a fixed-end moment up to 1650 Nm.

It is unsuitable for mounting on structures that are liable to vibration.

Make absolutely sure that the values for the maximum load listed in the Technical Data (on the last page) are complied with. If this load is exceeded, parts could break away!

The CAS 06/CAS 60 parabolic antenna is designed for use with a feed system (LNB) for reception of the signals from one satellite position, or two feed systems for multi-feed applications for reception of the signals from two satellite positions 6° or 9° apart.

If the additional ZAS 90 multi-feed adapter plate accessory is used, the parabolic antenna is also suitable for three feed systems. The feed systems and instructions for their installation are not included in the scope of supply of the parabolic antenna.

Do not use the parabolic antenna for purposes other than those listed in this manual! Any use other than that specified above will invalidate the warranty or guarantee.

In particular, never

• modify any of its components or
- fit any components other than those expressly intended by the manufacturer for use with the antenna.

Breach of these rules may lead to the antenna no longer being sufficiently stable and safe!

Basic Safety Instructions

Before you install, connect or use the parabolic antenna, make sure that you comply with the instructions in this manual! If you disregard these instructions,

• malfunctions may arise, creating risks to your life and health,
• defects in the installation or the connection may cause damage to the antenna or to the attachment point,
• the manufacturer will not accept liability for malfunctions and damage arising!

- Under no circumstances install antennas in the vicinity of overhead power cables, otherwise the required clearances, which are absolutely essential, may no longer be satisfied. Maintain a clearance of at least 1 m from all other electrical equipment in all directions! If you or metal parts of the antenna touch any electrical device there is a serious risk of a fatal electric shock!

- Never work on antenna systems during a thunderstorm or when a thunderstorm is approaching. There is a risk of a fatal electric shock!

- Never install antennas on buildings with easily flammable roof coverings such as straw, rushes or similar materials! Otherwise there is a risk of fire due to atmospheric over-voltages (static charges) or lightning discharges (e.g. during thunderstorms).

- The installation operations described here assume good craftsmanship capabilities and knowledge of the behaviour of materials under the effects of wind. Therefore if you do not possess the required skills, have this work performed by a specialist.

- The person doing the work must wear strong non-slip footwear, must not be liable to dizziness, must be able to move around safely on the roof and have a secure standing and attachment position (if necessary, wear a safety harness when on the roof).

- Make sure that the roof is able to bear your weight. Never walk on fragile or unstable surfaces! In case of doubt, contact a qualified specialist dealer or specialist roofing contractor to find an appropriate installation location.

- Do not go on to roofs or other high places without a correctly attached safety harness that is in good condition. Otherwise use a work platform.

- Ladders or other means of climbing must be in faultless condition (dry, clean and non-slip). Never build any irresponsible “scrambling towers”!

- If there is a risk that passers-by may be injured by items falling from above during installation, you must close off the risk area using barriers! Make sure that no-one is underneath the installation location. Risk of death or injury due to falling from the roof, falling through the roof and falling parts, plus the possibility of damage to the roof.

- The respective national safety regulations and current standards such as DIN EN 60728-11 should be complied with.

- Any other use or failure to comply with these instructions will result in voiding of warranty coverage.

When working on antenna systems, please remember your duty of care towards your fellow human beings!

Keep the manual for any questions that arise later, and if the building passes to another owner, pass it on to the new owner!

Selecting the Installation Site

It is essential to select the correct installation site. This determines whether your parabolic antenna can be erected safely and perform to its optimum capabilities.

When selecting the installation site, take account of special features of the structure of the building. If the installation is at the edge of the roof or the building or on a cylindrical structure, DIN 1055, parts 4 and 4131 specifies the increased wind and vibration loadings that should be allowed for. The dynamic properties of the antenna and the structure can mutually influence each other and cause detrimental changes.

Disregarding these considerations can lead to the maximum load or vibration fatigue stress listed in the Technical Data being exceeded. The parabolic antenna need not necessarily be mounted on the roof, since the requirement is not height as such but an unobstructed “view” of the satellite. For this reason, an appropriate installation site might also be found for instance in the garden, on the terrace, on the face of the building or on a garage.

In fact if other sites are possible it is better to avoid the roof. This will result in less work for you and will reduce the hazards associated with installation work on the roof!

- For good reception, an unobstructed "view" to the south (± 20^irc) must be ensured, at an elevation of about 30^irc . The following satellites are then available for selection:

1 TÜRKSAT 42° East

6 EUTELSAT HOTBIRD

13^irc East

2 ASTRA 2 group 28.2° East

3 ASTRA 3 group 23.5° East

7 EUTELSAT W 1 10° East

4 ASTRA 1 group 19.2° East

8 HISPA-Sat 30° West

5 EUTELSAT W 2 16° East

- Do make sure that there are no obstacles between the parabolic antenna and the respective satellite (such as trees, roofs, house eaves or other antennas). Such items can impair reception to the extent that during unfavourable stormy weather the signal is lost altogether.

Installing the Antenna

When installing the antenna carrier (mast or wall boom), ensure that it is standing upright. Otherwise, there may be problems with the alignment of the antenna to the satellites.

a. Requirements on the antenna carrier

Use only masts or support tubes that are specially designed for installation of antennas. Other tubes generally do not have the strength required to withstand the forces of wind and weather.

• For mast installation, select a tube diameter between 48 and 90 mm , with a wall thickness at least 2mm . For wall installation, Kathrein recommends the use of ZAS 60 or ZAS 61 wall brackets.
• For mast installation on a roof, the mast must be clamped for at least 1/6 of its free length (in the example bottom right this is 0.7m ).

b. Several antennas on a single antenna carrier:

• Install the parabolic antenna as far down the mast as possible, so as to minimise the bending moment at the clamping point.
• Under no circumstances exceed the maximum value for the loading on the mast or mast support, as stated in the Technical Data. Sufficient cognizance of the maximum loading is achieved if you arrange your antenna system as shown in example bottom right and use conventional domestic antennas together with mast components from a specialist supplier (tube in steel grade St 52 with outer diameter 60 mm and wall thickness 2.5mm at the mast clamping point - e.g. ZSH 59 from Kathrein).

If you arrange the structure differently you must calculate wind loading and bending moment at the clamping point as specified in DIN EN 60728-11 (or have a specialist do the calculation for you).

c. Assembly of the boom and parabolic antenna

• Fit the reflector to the preassembled rear part on the antenna boom. Alternately tighten the wing nuts on the mast clip finger-tight (①).
• Plug in the feed system boom and tighten the securing bolts (②). Use a hexagon key to tighten both the bolts on the boom to 4 - 5 Nm, see the two inset drawings in the illustration on the right.

d. Feed system (LNB)

The feed system(s) and instructions for their installation are not included in the scope of supply of the parabolic antenna.

For more detailed information on their correct installation please refer to the manuals supplied with the respective feed system.

• Using the multi-feed adapter plate on the carrier arm you can install one or two Kathrein universal feed systems. The markings on the adapter plate are as follows:

• 3 the installation position for one single feed system,

• 2 and 4 the installation positions for two multi-feed feed systems at 6° satellite spacing,

• 1 and 5 the installation positions for two multi-feed feed systems at 9^irc satellite spacing.

See example on the next page

- Example for the installation positions for a multi-feed application with 6° satellite spacing:

Item 2 Item 4

ASTRA 19.2° East EUTELSAT 13° East

EUTELSAT 16° East EUTELSAT 10° East

EUTELSAT 13° East EUTELSAT 7° East

Tip

For multi-feed applications the antenna should be aligned towards the satellite which is transmitting the weakest signal level.

- Example for the installation positions for a multi-feed application with 9° satellite spacing:

Item 1 Item 5

ASTRA 19.2° East EUTELSAT 10° East

EUTELSAT 16° East EUTELSAT 7° East

Tip

For multi-feed applications the antenna should be aligned towards the satellite which is transmitting the weakest signal level.

Diagram of two satellites with dish antennas and a central sensor array, no text or symbols present

Diagram of two satellites receiving signals from a ground station (no text or labels)

Aligning the Antenna

The antenna must be exactly aligned towards the satellite in respect of both the direction (azimuth) and also the inclination (elevation). For multi-feed applications the antenna should be aligned towards the satellite which is transmitting the weakest signal.

a. Adjusting the inclination (elevation)

• Use the hexagon key supplied with the parabolic antenna (①) to slacken the two screws on each side of the inclination scale (elevation) on the left and right of the clamp.
• Then adjust the inclination (elevation) – the exact elevation angle for your location can be found in the manual for the feed system (LNB).
• When doing this, retighten first just one of the bolts on the inclination scale finger-tight.

Technical line drawing of a mechanical assembly with an inset showing a close-up of a component (no text or symbols present)

b. Setting the direction (azimuth)

If you yourself are unable whilst performing the adjustments to read the results of the alignment work on an antenna meter or screen connected to the satellite receiver, you may need an assistant for the following steps. The precise alignment of the antenna can be achieved only if a digital antenna meter is used. Ask your dealer about this.

• Set the satellite receiver to a known channel so that you can check that you have really "locked on" to the desired satellite.
• Now slightly loosen the wing nuts on the mast clamp.
• Twist the antenna so that it faces roughly south. Then slowly twist the antenna about its central axis to left and right until the best reception is obtained for the selected channel.
• Then tighten the wing nuts initially just enough to prevent the antenna turning.

c. Fine adjustment

• Once again slacken the bolt on the inclination scale and tilt the antenna lightly upwards and downwards until either the antenna meter shows the strongest antenna signal or visual assessment is judged to achieve the best picture: To do this, tilt the antenna far enough upwards and downwards to get to the limits when the first "little fish" (analogue) or "little blocks" (digital) appear on the screen. Position the antenna midway between the two limit points.
• Now alternately correct the direction (azimuth) and inclination (elevation) until the measured results or the picture quality show no further improvement.

Note: Tightening the nuts at the clamping piece can cause the antenna to turn slightly! You should allow for this at the fine adjustment stage (and if necessary make use of it when starting the adjustment operation all over again).

d. Finally tightening the antenna clamps

• Then tighten the nuts at the clamping piece by hand, working across diagonals. Then use a 13 AF open-ended spanner to tighten up each of the wing nuts one turn.
• After this, tighten the bolts on the left and right of the clamp of the inclination scale, using the hexagon key first with the short end to tighten them finger-tight and then with the long end tighten them a further 1/4 - 1/2 turn (torque wrench: 4 - 5Nm ).
• Finally check once again that the bolted connections are secure.
• Attach the cables to the carrier arm by clipping them into the cable clips within the carrier arm and use cable ties to secure them all along the antenna carrier, so that they cannot chafe and suffer damage in the wind.

Illustration of a hand using a tool to adjust or install a mechanical component, enclosed in a circular arrow (no text or symbols)

Antenna Grounding/Lightning Protection

Because of the serious consequences if the work is not done properly, grounding and lightning protection work may be performed only by specially trained electricians!

Never perform grounding and lightning protection work if you are not a specialist with the appropriate skills!

The instructions printed here are not an invitation to non-specialists to perform grounding and lightning protection work on their own account; they are meant solely as additional information for the specialists whom you employ!

The antenna must be erected to DIN EN 60728-11 and grounded as specified. The grounding requirement is inapplicable only to those antennas:

• more than 2 m below the edge of the roof
  • and at the same time less than 1.5 m from buildings.

For grounding, the mast must be connected by means of a suitable ground conductor to the lightning protection system of the building, using the shortest route. If no lightning protection system is available: to the building's ground conductor.

Connection to the lightning protection system may be made only by a qualified lightning protection system installation engineer.

a. Suitable as ground conductors are

- a single solid wire with a cross-section of at least 16mm² copper, at least 25mm² aluminium or at least 50mm² steel.

b. Unsuitable as ground conductors are

– the outer conductor of the antenna cable
- metallic domestic installations (such as the metal pipework of a water or heating system), since the permanence of the electrical connection cannot be guaranteed
- or the shielding conductor or neutral conductor of the mains power supply.

c. Routing of ground conductors

• Antenna cables and grounding conductors must not be routed through rooms used for storing easily flammable substances (such as hay or straw) or in which an explosive atmosphere can develop (such as gases, vapours).
• If the parabolic antenna is used in an integrated antenna system (e.g. a distribution system), the grounding measures must also be designed in such a way that grounding protection is still maintained if individual units are removed or replaced.

graph TD
    A["Grounding conductor"] --> B["Equipotential bonding cable"]
    B --> C["Equipotential bonding rail"]
    C --> D["Mains connection 230V"]
    D --> E["Grounding connection"]
    F["Wind Turbine"] --> G["Cloud with Down Arrow"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333
    style E fill:#ffc,stroke:#333
    style F fill:#cff,stroke:#333

Hazards may be caused not only by thunderstorms (lightning), but also by static charges and short circuits in the connected units.

For safety reasons therefore in general for all antenna systems an equipotential bonding conductor of 4 mm² copper should be provided.

The cable screens of all coaxial antenna downlink cables must be connected to the mast with an equipotential bonding conductor.

Technical Data

Type CAS 06 CAS 60
Order no.			20010005 20010006
Diameter cm			57 57
Colour			White (similar to RAL 9002)	Graphite (similar to RAL 7012)
Reception range GHz			10.70 – 12.75
Antenna gain at 10.70 – 11.70 GHz/11.70 – 12.50 GHz/12.50 – 12.75 GHz dBi			34.9/35.5/35.9
Half-power beam width 1		°	< 2.8
Figure of merit 2 Central feed system	UAS 571/572/584/585UAS 481	dB/K	14.7/15.714.0/15.0
Figure of merit 2 Feed system spacing 6 irc	UAS 571/572/584/585UAS 481	dB/K	14.3/15.313.6/14.3
Figure of merit 2 Feed system spacing 9 irc	UAS 571/572/584/585UAS 481	dB/K	13.6/14.412.9/13.7
Cross-polarisation decoupling dB			>27
Wind load 3		N	300
Max. allowable wind speed km/h			157
Mast clamp range mm			38 – 60
Setting range Elevation/Azimuth °			5 – 45/360
Dimensions(width x height max. x protrusion max. from mast centre without feed system)		mm	599 x 759 x 528
Packing unit dimensions mm			800 x 655 x 200
Weight approx. net/gross kg			4.8/5.6

1) At mid-band
2) G/T at 11.3/12.5 GHz under standard ambient conditions (clear sky)
3) At a dynamic pressure of 800 N/m² to EN 60728-11

All figures are typical values!

If the maximum load is exceeded, parts could break away!

Warranty Conditions for the Antenna Corrosion Resistance

Important instructions relating to the warranty conditions for the corrosion resistance of Kathrein offset parabolic antennas:

• The antenna must be assembled and mounted professionally, following the steps described in the enclosed instruction sheet.
  • The antenna must not be modified (e.g. by drilling).
• The antenna must not be damaged mechanically (e.g. deformation, deep or extensive damage, or abrasion of the powder coating and surface coating).
• The antenna must not be damaged due to exposure to chemicals (e.g. solvents, lacquers, detergents or the like).
• Only genuine Kathrein accessories may be used for the antenna.

These warranty conditions are effective from the date of purchase.

Only the original sales slip is acceptable as proof of purchase for warranty claims.

Furthermore, corrosion resistance is not warranted for the consequences of force majeure, e.g. lightning strike, or if the antenna is used in regions where frequently occurring, abrasive weather conditions may wear off the protective coating within a short period of time (e.g. sandstorms).

Waste Disposal

Electronic equipment is not household waste in accordance with directive 2002/96/EC OF THE EUROPEAN PARLIAMENT AND THE COUNCIL dated 27 ^th January 2003 on used electrical and electronic equipment, it must be disposed of properly.

At the end of its service life, take this unit for disposal to an appropriate official collection point.