ODU-MAC AUTOMATIC DOCKING CONFIGURE THE ODU-MAC. SIMPLY ONLINE AT AUTOMATIC DOCKING

Size: px

Start display at page:

Download "ODU-MAC AUTOMATIC DOCKING CONFIGURE THE ODU-MAC. SIMPLY ONLINE AT AUTOMATIC DOCKING"

Jonathan Lloyd
5 years ago
Views:

1 CONFIGURE THE ODU-MAC. SIMPY ONINE AT Requirements on the complete system 34 ODU-MAC S (Standard) 36 ODU-MAC (arge) ODU-MAC M (Mini) 38 ODU-MAC P (Power) 39 ODU-MAC T (Transverse) ODU-MAC QCH (Quick Change Head) 4 ODU-MAC

SYSTEM REQUIREMENTS AND TOERANCES High mating cycles and perfect transfer rates in order to ensure these for automatic docking over the long term, the docking system must be a design consideration (e.

Please note the mechanical requirements behind the design.

2 SYSTEM REQUIREMENTS AND TOERANCES High mating cycles and perfect transfer rates in order to ensure these for automatic docking over the long term, the docking system must be a design consideration (e.g. centering systems). Clean and smooth docking is secured by special guiding pins that are designed for the forces which guide the connector. Please note the mechanical requirements behind the design. MAXIMUM PERMISSIBE OFFSET + STANDARD GAP MEASURE IN MATED CONDITION (RADIA PAY) EXAMPE OF AN S FRAME SYSTEM B Strain relief for cables/braids must be provided by the customer. 6 S Gap measure max mm Frame Tolerance S +/ 0.6 mm +/.2 mm Gap measure max mm Frame Tolerance P QCH +/ 2.5 mm +/ 0.6 mm The maximum permissible gap between socket and pin pieces is 0.5 mm as a standard. Extension with long contact pins is possible ODU-MAC socket piece (fixed) (screwed tight without play to wall B) Fastening screw Tolerance compensation in the example of an S frame: Radial play: +/- 0.6 mm Pins for self-centering of ODU-MAC ODU-MAC pin piece (floating) (with play via centering socket; screwed tight to wall S) Pin for guiding walls B and S (customer performance) The values for the connected condition (pin S in B) result from the axial play of the centering sockets. MAXIMUM PERMISSIBE ANGE DEVIATION WHEN MATING 2 4 NOTE: SYSTEMS The pin piece of the ODU-MAC S is to be fixed with the accompanying centering sockets and has mounted floating The guiding system of the ODU-MAC requires additional guiding hardware for the system The maximum permissible gap between socket and pin pieces is 0.5 mm as standard. Extension with long contact pins is possible. A alignment system (e.g. guide rails, etc.) is necessary to achieve high mating cycles. The max. permissible alignment error is, for example, with the ODU-MAC S frame, less than +/ 0.6 mm radial Strain relief for the cables/braids must be provided by the customer. OUR TEAM IS HAPPY TO ANSWER ANY ENQUIRIES YOU MAY HAVE. FAIURE TO OBSERVE THESE SPECIFICATIONS MAY RESUT IN DAMAGE

ODU-MAC S (STANDARD) Standard solutions for docking applications. ODU-MAC (ARGE) Frame with higher tolerance compensation and reinforced guiding bushes as well as extended guiding pins.

3 ODU-MAC S (STANDARD) Standard solutions for docking applications. ODU-MAC (ARGE) Frame with higher tolerance compensation and reinforced guiding bushes as well as extended guiding pins. TECHNICA DATA Radial play: +/ 0.6 mm Pin piece floating supported TECHNICA DATA Axial play: 0.4 mm Radial play: +/.2 mm Both-sided floating supported SOCKET FRAME WITH GUIDING HOE PANE CUT-OUT SOCKET FRAME WITH GUIDING BUSHES PANE CUT-OUT A max. R4 for M max. R4 for M Dim. A Note = Number of units 2.54 UNMATED Pin frame = Here please register number of Socket frame desired units (03 to 60, Pin frame above 6 on request) 2.5 Socket frame Pin frame Model for spindle locking Socket frame Pin frame With labelling Socket frame Pin frame Socket frame MATED 20 8 = Number of units 2.54 (03 to 60, above 6 on request) 36

ODU-MAC M (MINI) Compact style with minimum space requirement. ODU-MAC P (POWER) The frame for highest requirements by a reinforced frame design. High tolerance compensation +/ 2.5 mm.

5 mm Both-sided floating supported Advisable for modules with contact diameter > 5 mm and frame length > units (depending on configuration) Contact diameter > 8 mm: this frame has to be used Standard

4 ODU-MAC M (MINI) Compact style with minimum space requirement. ODU-MAC P (POWER) The frame for highest requirements by a reinforced frame design. High tolerance compensation +/ 2.5 mm. TECHNICA DATA Axial and radial play on request Compact style TECHNICA DATA Axial play: mm Radial play: +/ 2.5 mm Both-sided floating supported Advisable for modules with contact diameter > 5 mm and frame length > units (depending on configuration) Contact diameter > 8 mm: this frame has to be used Standard bearing bush SOCKET FRAME WITH GUIDING HOE PANE CUT-OUT SOCKET FRAME WITH GUIDING BUSHES for M PANE CUT-OUT max. R5 for M PANE CUT-OUT 30 + for M3 Pin frame Socket frame = Number of units 2.54 (05 to 60 in steps of 5, above 6 on request) Pin frame Socket frame = Number of units 2.54 (03 to 60, above 6 on request) 38 39

ODU-MAC T (TRANSVERSE) Transverse frame for installation in application specific housing solutions respectively by need of a low installation height.

TECHNICA DATA Installation even in housing solution These model is available on request. Technical specifications have to be clarified in detail. TECHNICA DATA Radial play: +/ 0.

Technical specifications have to be clarified in detail. Standard non-magnetic. 2 3 4 SOCKET FRAME WITH GUIDING HOE MOUNTING WA BACK MOUNTING WA CENTRA FOR WA THICKNESS MM +9 +9 23 69 23 69 2.5 +5.

600 6.055.029.4.600.6 4 2 6.055.029.305.600 6.055.029.5.600 2.7 5 2 6.055.029.306.600 6.055.029.6.600 5.24 6 2 6.055.029.307.600 6.055.029.7.600 7.78 7 2 6.055.029.308.600 6.055.029.8.600 20.32 8 2 6.

distance piece 6.026.0.600.000 Distance piece as a spare part 6.026.20.304.000 The quick change head (connector saver) consists of 4 frames.

5 ODU-MAC T (TRANSVERSE) Transverse frame for installation in application specific housing solutions respectively by need of a low installation height. ODU-MAC QCH (QUICK CHANGE HEAD) Frames for the highest mating cycles requirements (connector saver) and with a low maintenance time downtime due replaceable parts. TECHNICA DATA Installation even in housing solution These model is available on request. Technical specifications have to be clarified in detail. TECHNICA DATA Radial play: +/ 0.6 mm Pin piece floating supported Unlimited number of mating cycles Replacement of the interchange parts without assembly effort These model is available on request. Technical specifications have to be clarified in detail. Standard non-magnetic SOCKET FRAME WITH GUIDING HOE MOUNTING WA BACK MOUNTING WA CENTRA FOR WA THICKNESS MM Part : Base part incl. distance piece Part : Base part Pin frame Socket frame Dim. mm Units PANE CUT-OUT Part 2: Socket frame interchange part Part 3: Pin frame interchange part Part 4: Base part incl. distance piece Distance piece as a spare part The quick change head (connector saver) consists of 4 frames. Pin and socket frames are disconnected or connected when disconnecting or connecting between the second and third frame. Pieces and 2 or 3 and 4 always remain together. In the event of damage or wear to the contacts, both replacement parts 2 and 3 are disconnected from pieces and 4 and can be quickly and easily replaced with the new replacement parts without time spent on assembly. The connection is ready to use again within a matter of seconds. Part 2: Socket frame interchange part Part 3: Pin frame interchange part Part 4: Base part FRAMES FOR THE QUICK CHANGE HEAD SYSTEM The standard ODU-MAC S docking frames can be used for the connector saver. ODU-MAC docking frames upon request. (M and P frames are not possible). MODUES AND CONTACTS FOR THE QUICK CHANGE HEAD SYSTEM All modules with depths not exceeding 9 mm can be used in the connector saver system. PCB contacts are installed in pieces 2 and 3. All socket contacts (crimp and PCB termination) suitable for pieces 2 and 3 can be used in pieces and 4. 4

ODU-MAC in the Aluminium Frame

ODU-MAC ODU-MAC in the The ODU-MAC in the aluminium frame is used exclusively for automatic docking. For manual mating, see ODU-MAC in the DIN housing, starting on page 91. Page 83 Part Number System for