Sliding Tabletops, Doors, TOP Element Assembly

DISASSEMBLY AND ASSEMBLY

ENSURE APPLIANCE IS DISCONNECTED FROM THE ELECTRICITY SUPPLY BEFORE DISASSEMBLING.

NOTE ALL CONNECTION DETAILS AND ROUTING OF LEADS BEFORE DISASSEMBLING.

Numbers appearing in the text rater to illustrations and parts list numbers.

A. SLIDING TABLETOPS

Slide both tabletops open. Remove cover caps 130 end the two screws securing handle 105. Withdraw the handle from the tabletop assembly.

Slide the tabletop required inwards, past its closed position, until the two plastic sliding blocks 106 on the cabinet channels are exposed. Withdraw the sliding blocks from the cabinet channels, and than slide the tabletop assembly out clear of the channels.

B. DOORS

1.Remove both sliding tabletops completely (see A.1.) and magnetic door catches 111 (push-fit).

2.Drill out the rivet at each end of the front slide channel using a 3mm bit. Use extreme care when drifting. Withdraw leg top caps 108, then remove front top panel 109 to release top door pivots 128. Lift doors 123 and 125 clear of the cabinet.

C. TOP ELEMENT ASSEMBLY

1.From Inside of cabinet, squeeze locking barbs and release mains lead bush 121 retainer from rear panel. Remove rear cover strip 510, secured by a single screw, to the extant of the mains lead wires. Disconnect the top element leads from terminal block 120.

NOTE: Terminal block 120 Includes push-in locking terminals for internal wiring. Leads inserted in the front-most terminals may only be released by inserting & small screwdriver or similar in the slots provided in the front of the terminal block. Rear-most leads may release with a sharp pull. If leads cannot be released, or are not gripped on insertion, item 120 must be replaced.

2.Open the sliding tabletops and remove glass dishes and lids 101 and holders 103.

3.Remove the sliding tabletops as in A. 1. Then slide each tabletop in turn inwards past its closed position to gain access to the four screws securing top element assembly 107.

4.Use a powerful magnet or suitable tool to lift the element assembly out clear of the cabinet, feeding the element wires through grommet 110 in the cabinet.

5.Refit in reverse order, taking care that the rear cover strip fixing screw is clear of cables when fixing.

CM 3000 specifications

The Equator CM 3000 is a state-of-the-art cutting machine designed for industries that require precision and efficiency in their cutting processes. This advanced piece of machinery is notable for its robust construction and innovative technology, making it an invaluable asset in manufacturing environments such as textiles, automotive, and aerospace.

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Equipped with advanced CNC (Computer Numerical Control) technology, the CM 3000 offers unparalleled precision. The CNC system is capable of executing complex cutting patterns with a high degree of accuracy, ensuring that each cut meets stringent quality standards. The use of CAD (Computer-Aided Design) software allows operators to create intricate designs and patterns that can be directly uploaded to the machine, streamlining the workflow.

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In terms of versatility, the CM 3000 can handle a wide range of materials, from lightweight textiles to more robust materials like composites and metals. This adaptability makes it suitable for various applications across different industries. The cutting head is interchangeable and can be equipped with various cutting tools, further enhancing its capability to tackle diverse tasks.

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In conclusion, the Equator CM 3000 stands out as a leading cutting machine that combines speed, precision, versatility, and user-friendliness. Its advanced technologies and features make it a vital tool for companies looking to enhance their manufacturing processes and maintain a competitive edge in the market. As industries continue to evolve, the Equator CM 3000 is poised to remain a crucial player in the realm of cutting technology, driving innovation and efficiency for years to come.