METAR Cable Management Systems | Page 28

METAR LADDER METAR LADDER Straight Reducer REDUCERS - STRAIGHT, LEFT & RIGHT (RS, RL & RR) MT MT MT METAR Reducers are used to create coplanar reductions in widths between adjoining straight ladders and between straight ladders and fittings of the same ladder type, fulfilling the same role as short and long adjustable couplers but using a purposemade fitting capable of self-support as part of a cable run. MT MT MT MT MT MT MT MT MT MT MT METAR Straight Reducers (RS reducer straight) are used to create a concentric reduction, having an equal width reduction along both sides. Left hand reducers (RL reducer left) and right hand reducers (RR reducer right) are used to create offset reductions to suit particular installation requirements. Left hand reducers have the width reduction on the left when viewed from the primary width. Right hand reducers have the width reduction on the right when viewed from the primary width. METAR reducers are available for use across the full range of METAR cable ladder widths to facilitate width changes from the widest to the narrowest width and all possible combinations in between. The METAR Reducer has an overall length of 500mm irrespective of ladder type and width reduction. MT MT MT MT MT MT MT All METAR Reducers are now manufactured with a Metalok Integral Coupler, removing the need for separate couplers in the joining mechanism between cable ladder fittings and straight lengths of ladder. All METAR Reducers will be supplied with all necessary fixings. Each reducer has two rungs as standard. The reducer rungs are orientated with the open face uppermost to suit the use of cleats and similar cable restraint devices. This allows compliance with current recommendations for cable restraint, especially where cables are used which have a high potential fault current level. MT MT MT MT MT MT WHEN JOINING ONE FITTING TO ANOTHER TO SUIT ON SITE INSTALLATION REQUIREMENTS THE USE OF A FITTING TO FITTING COUPLER (FFC) WILL BE REQUIRED. MT MT MT MT MT MT MT MT MT MT MT MT MT MT MT 23 24