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6

Installation procedure

• At least 0.5 meters (20 inches) away from the surface to be illuminated.
• At least 1 meter away from any combustible materials.

Ensure that:

• Litter, dry leaves or other combustible materials cannot accumulate on or near the fixture.
• Vehicles or other fire risks cannot be left unattended over or near the fixture. This is particularly 

important in situations where a vehicle may be left unattended over or near an unlit fixture which is 
later switched on.

 

Protecting the public

To avoid injury to members of the public, install the Inground 200:

• In an area where accidental contact with the front glass is unlikely, since the Inground 200 

becomes hot during normal operation.

• Flush with the surrounding surface, so as to eliminate any obstacle to pedestrians that might result 

in falls or injuries.

Ensure all local safety regulations and legal requirements are observed, and take appropriate
measures to warn or restrict access. To avoid accidents during installation or service, restrict access
to the site and place both warning notices and barriers around all work areas until work is completed
and all covers, etc. are correctly in place.

3. Installation procedure

A suggested procedure for installing the Inground 200 involves two phases:

1. Pre-installation

1. Ensure that a plan is available with details of site layout, beam aiming, power

supply and control, etc.

2. Prepare installation wells and cabling.

– see “Groundwork”

 on page 7

3. If an installation sleeve is to be used, fit and secure this.

– see “1. Installation sleeve”

 on page 9

2. Installation

1. Remove internal components and prepare for cable connection.

– see “Component removal & reinstallation”

 on page 17

2. Connect cables.

– see “Connecting power supply cables”

 on page 11

 and “Connecting control

data cables”

 on page 14

.

3. Replace internal components and install housing in installation well or sleeve.

– see “Component removal & reinstallation”

 on page 17

4. Apply power.

– see “Powering on for the first time”

 on page 15

5. Adjust beam and refit lens and front glass.

– see “Beam adjustment”

 on page 16

Summary of Contents for Inground 200

Page 1: ...mar tinar chi te ctural Installation Guide Inground 200...

Page 2: ...ghts reserved No part of this guide may be reproduced in any form or by any means with out permission in writing from Martin Professional A S Denmark Printed in Denmark P N 35000151 Rev B 340 310 7 49...

Page 3: ...9 Direct burial examples 10 Cable installation 10 Cable slack 10 6 Power and data connection 11 AC power supply 11 Power supply settings 11 Cable glands 11 Connecting power supply cables 11 Control d...

Page 4: ......

Page 5: ...nd 200 6 Color and Full Spectrum CMY models are also supplied with the following items 2 stainless steel IP68 cable glands for control cable entry M16 x 1 5 designed for cable 5 9mm 0 2 0 35 in 2 Safe...

Page 6: ...rn or restrict access To avoid accidents during installation or service restrict access to the site and place both warning notices and barriers around all work areas until work is completed and all co...

Page 7: ...to ensure that all national safety regulations and legal requirements are followed when installing the Inground 200 Choosing a location Safety The Inground 200 must be installed in a location that mee...

Page 8: ...viest rain or snowfall in the area where the Inground 200 is located To minimize the risk of flooding or waterlogging install the fixture in a location which is above the level of the surrounding area...

Page 9: ...e Martin Architectural website at http www martin architectural com for full details The Inground 200 in a correctly installed drive over installation sleeve will support a weight of 5000kg from a veh...

Page 10: ...y of achieving this is to pack crushed stone or hardcore firmly in the bottom of the installation well to support the housing Ensure that cables are not stressed or crushed during installation and ens...

Page 11: ...figured at the factory for one of the two power supply settings listed in Table 1 below The factory power supply settings are printed on the product serial number labels outside and inside the housing...

Page 12: ...5 Prevent the cable entry from turning by holding it with a wrench Tighten the compression nut sufficiently to make a water resistant seal Do not over tighten as this may damage the seal 6 If power c...

Page 13: ...ned for burial for this purpose RS 485 cable has low capacitance and a characteristic impedance of 85 to 150 ohms It is electrically shielded and has at least 1 twisted pair of conductors The minimum...

Page 14: ...it for access see Connecting power supply cables on page 11 3 Working from outside the fixture unscrew a smaller blanking plug Dismantle a data cable gland and screw the cable entry into the hole in...

Page 15: ...after a short delay When programmable Inground 200 models are powered on for the first time they will run through a factory set light show for test purposes They will continue to run this test sequenc...

Page 16: ...re is at optimum temperature for adjustment by following one of these two alternatives a If the fixture has been in operation before you want to adjust the beam do not switch it off Instead remove the...

Page 17: ...eplacement and cable connection require the removal and reinstallation of certain components This section contains instructions for these procedures Front glass and lens removal and refitting A 4mm Al...

Page 18: ...Lamp module removal and refitting This section describes removal and refitting of the lamp module to gain access to the connections and PCB power compartments at the bottom of the fixture If you need...

Page 19: ...holes M25 x 1 5 thread length 8mm 0 31 in AC power cable glands 2 x stainless steel IP 68 M25 x 1 5 13 17mm 0 51 0 67 in Control data cable entry 2 x threaded holes M16 x 1 5 thread length 8mm 0 31 in...

Page 20: ...www martin architectural com Olof Palmes All 18 8200 Aarhus N Denmark Tel 45 8740 0000 Fax 45 8740 0010...

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