YM:1.1 Drawings

1 RUPLAN

1.1 Component Labeling

Label	Code	Desciption
Plant	=	The code Plant is used to structure the reprensentation according to function
Location	+	The location code structures the entire machine according to the location of the components
Component	-	The component code consists of a letter to identify the type of component and a number

Each component is labelled according to its location in the electrical drawing, e.g. a contactor on page 14 / path 6 is called -K146

1.2 Location identifiers

+ X	X	X	X	Description
C S				Control Room Switchboard Room
	D E G H I L R W			Line Drives Stretching Line Drives Extrusion General Stretching Heating Extrusion IPC System LISIM Resin Handling Winder
		1...9		Shipping unit
			1...9	Switchboard number

1.3 Plant Identifiers

File:Basic Engineering Plant Identifier Example.jpg

Plant Identifiers

+ X		X		X X X
B K L M P T	Operator Panel Terminal Box Supplier Machine Pneumatic Box I/O Module Panel	A C D E F G H I K L M O P T U V W X Y Z	Additives/Masterbatch ChillRoll Die Extrusion Film Recycling Waste Film Grinder HCU room Roll Stack Coater LISIM MDO Operator Room Pull Roll TDO Unloader Auxilary Winder Winder CoeXtruder Edge Trim Recycling Filter/Die Cleaning	B C D E F G H I J L M O P Q R T U X Y -1 0 +1 +2 +3 1..99	Bottom Cast Film Drive Side External Airing Corona Treatment Gas Treatment Heating Cooling Unit Inlet Regranulation Left-Film Direction Middle Operator Side Monitor Lubrication Right-Film Direction Top Outlet Thickness Gauge Hydraulic Unit Basement Ground Level (not used) 1st Machine Level 2nd Machine Level 3rd Machine Level Numbered in Material Flow Direction or from Top to Bottom or from Drive Side to Operator Side Exception:Die Bolts are always numbered from left to right side
		R	Resin Handling	D E R X Y -1 0 +1 +2 +3 1..99	Dosing Extrusion Resin Reception CoeXtruder Edge Fluff Basement Ground Level (not used) 1st Machine Level 2nd Machine Level 3rd Machine Level Numbered in Material Flow Direction or from Top to Bottom or from Drive Side to Operator Side Exception:Die Bolts are always numbered from left to right side

1.4 Component Identifiers

File:Basic Engineering Component Identifier Example.jpg

Component Identifiers

Code	Description	Code	Description
-A	Printed Circuit Boards, combinations	-N	Amplifiers, Controllers
-B	Converters of non-electrical magnitudes to electrical ones	-P	Test equipment and meters
-C	Capacitors	-Q	Power Switches, Motor circuit breakers
-D	Memory and Binary Elements	-R	Resistors
-E	Miscellaneous (e.g. Heaters)	-S	Switches
-F	Protective Devices, Fuses	-T	Transformers
-G	Generators, Power Suppplies	-U	Modulators, Converters
-H	Lamps and signalling Devices	-V	Semiconductors
-J	Switchboards and additional equipment	-W	Cables
-K	Relays, Circuit breakers, Contactors	-X	Terminals, Connectors, Plugs
-L	Inductors, Coils	-Y	Electro-mechanical Devices
-M	Motors	-Z	Filters

1.5 System of terminal and Wiring Notation

Terminal label	Power/Signal Type	Voltage level	Wire color
X1	power	220V - 600V AC/DC	black (BK)
X2	control	110V/240V AC	red (RD)
X3	control	24V/48V AC	brown (BN)
X4	control	24V/24V DC	blue (BL)
X5	analog signals	0-10V, 0-20mA	white (WH)
X6	external power		orange (OG)
XPE	ground		green/yellow (GNYE)
XN	neutral		blue (BU)
XPEN	ground/neutral		green/yellow (GNYE)

1.6 Example Drawing

File:Basic Engineering Example Drawing 1.jpg

2 Engineering Base

2.1 structure numbers

• The structure numbers stay as they were as in the RUPLAN drawings

  File:EB structure numbers.1 Drawings 1757994119609.png

• Every machine part has it‘s unique structure number
  • E.g. 391
    • 3 → Stretching line
    • 9 → Winder
    • 1 → Winder Base Machine

• A detailed description of the indicators you see on every page are described in the drawings at the following structure number

= 123

- 1 → Engineering Services

- 2 → Engineering (Planning)

- 3 → Project Engineering

File:EB structure numbers.1 Drawings 1757994940715.png

File:EB structure numbers.1 Drawings 1757995325189.png

2.2 Location identifiers

• The location identifiers consist of three symbols.

• Location identifiers from the plant are identified by an abbreviation from the German description of the location.

• Field I/O panels and operator panels are labelled on the doors with the location identifiers as described below.

• If additional field I/O panels are used which do not appear in the following list, they must be labelled with a unique location identifier (e.g. +W_T011D for winder).

File:Public:Public 1.1 Drawings 1757995692003.1 Drawings 1757995691981.png

2.3 Terminal identifiers

File:Public:Public 1.1 Drawings 1757995770108.1 Drawings 1757995770069.png

2.4 Interface Module identifiers

File:Public:Public 1.1 Drawings 1757995835715.1 Drawings 1757995835689.png

2.5 Switchboard Room identifiers

File:Public:Public 1.1 Drawings 1757995925299.1 Drawings 1757995925267.png

File:Public:Public 1.1 Drawings 1757996024116.1 Drawings 1757996024093.png

2.6 Device identifiers

File:Public:Public 1.1 Drawings 1757996128271.1 Drawings 1757996128238.png

2.7 Function index

• Since the structure of a machine component is according to the function and not according to a combined alphabetic letter and number, as it was with the ruplan drawings, it is significantly more difficult to navigate from one page to a page from another function

• To help navigate faster from one function to another there is a function index at the beginning of every machine component

File:Public:Public 1.1 Drawings 1757996250149.1 Drawings 1757996250122.png

2.8 Example drawing

File:Public:Public 1.1 Drawings 1757996369771.1 Drawings 1757996369725.png

File:Public:Public 1.1 Drawings 1757996448800.1 Drawings 1757996448734.png

Definition