Page 1: Initial questions
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Conducted on
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Prepared by
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Location
Checking position
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CP NUMBER
Page 2: MECHANICAL
DRIVES
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Is the conveyor mounted on correct line position according to the layout?
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Is the conveyor mounted in correct direction? Conveyor must be mounted according to direction of flow.
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Is the conveyor firmly fixed in place and the construction is rigid?
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Transition between conveyors is aligned and overlaps are correct
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Base anchor bolts: all fasteners must be verified or audited as secure and stable with a black permanent marker alignment line down the nut and across the base
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Threads are not extended more than 25mm above the hex nut. (Measure all, but record all incorrect values)
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Supports and tensioners are set correctly
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All components for installation are available/delivered
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Are all components installed and properly fixed?
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Measuring device (i.e. Gauges, reducers) are mounted correctly, securelly and accessible for reading
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Pressure regulator allow adjustments and has set point clearly marked
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Air piping/tubing routed properly, no damage or possible contact with movable parts
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All grease points are accessible without removing covers
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If auto-lubrication system installed, it is possible to inspect it for leaks
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Free of excessive noise
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No overheating while operating
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Sprockets are aligned
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All rollers installed (no missing roller) and moving properly, no damage of bearings or oil leak
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Check if correct torque is used to mount the screws/nuts
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Measure the torque in 1 place at least, record the value
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Correct motors installed (acc. to drawing), correct power
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Review pulleys and transmission belts. No damage, cracks.
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Record serial number of all installed motors and their positions to Critical material tracking sheet
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Record serial number of all installed gearboxes and their positions to Critical material tracking sheet
Belt Conveyor / BMB / TS 1100 / TS 1110 / TS 1200 / TS 1208 / TS 1600 / TS 6200 / TS 6565
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Belt is tracking properly on top of the conveyor<br>(belts are to be no less than 5mm from side guide), belt properly alligned
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Review pulleys and transmission belts. Belts properly tensioned, value marked on the label.<br>Record value of tension roller position
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Return side of belts should not be rubbing the side frames<br>(the belts should not overhand the pulleys)
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Belts is routed properly through the drives, take-ups, etc.
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Belt is cutted under correct angle (according to specification). Measure and record angle of cut
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Conveyor belt is properly tensioned. Record the value
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Timing belt (Drive belt) is properly tensioned. Record the value
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Verify Direction of Flow (see arrows on conveyor)
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Speed of belt is within specification. Record the speed.
TS 2100 / TS 2111 / TS 2730 / TS 2732 / TS 2733 / TS 2734 / TS 2960 / TS 2964 / TS 3100 / TS 4800
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Conveyor Beds - Aligned, level and secured
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Accumulation pressure is adjusted according to requirements
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Correct type of belt is installed (V-Belt X Round Belt)
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Drive belt should not be twisted
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Drive belt is not shave (be aware of black debries)
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Drive belt should not make a “popping or squeaking” sound on start up
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Pulley bearing check – all pulleys on bearing should run smoothly without noise and vibration. Check manual spin
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Are all swivels installed? (No missing swivel bar, no missing wheel)
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All the swivel wheels are moving properly
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Verify Direction of Flow
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Speed is within specification. Record measured speed.
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All Photo Eye’s installed, are working and on target
Page 3: ELECTRICAL
GENERAL ELECTRICAL CHECK
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Electrical installation layout/drawings available
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All components for installation are available/delivered
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All components for installation are installed and properly secured
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Conveyors are grounded to PE bar in MP and interconnected (see installation guide for instructions).
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All groundings connected to metal (not on painting etc.)
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Earthing: The resistance between the PE terminal (see 5.2 and Figure 4) and relevant points that are part of the protective bonding circuit shall be measured with a current between at least 0,2 A and approximately 10 A derived from an electrically separated supply source
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All measurement protocols are done (according to IEC and local standards)
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Belt tracking and tensioning positions are not blocked by containment or support brackets
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Electrical enclosure is free from any fluid handling systems (i.e. pneumatics, hydraulics)
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Record serial number of all installed encoders and their positions to Critical material tracking sheet
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Record serial number of all installed VFDs and their positions to Critical material tracking sheet
Main panel
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Positioned and fixed as per area layout with no visible external damage
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Kick plates, corner covers, fan cover and lifting eyes are fitted
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Signal column and beacon are fitted
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All required labels are installed (example: 400V Warning label, Isolation Warning label, Traffolyte identification label etc)
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Equipotential bond from the cabinet earth bar to the area cable containment are installed
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Equipotential bonds from the cabinet frame to the cabinet doors are fitted
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No missing components
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Field cables are terminated, all spare cores have the ends insulated, cable sheath markers are fitted
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Unused cable glands are removed and replaced with blanking plugs
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Trunking covers are present and fitted
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Clean, free of debris and combustible material
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Provide a safety measurement record of Live Test of AC Branches with certified measurement device (record shall be provided by Authorised person)
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Provide a safety measurement record of Dead Test of AC branches with certified measurement device (record shall be provided by Authorised person)
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Provide a safety measurement record of main cable feeding our MP from customers MDP (main distribution panel) (record shall be provided by Authorised person)
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Provide a callibration certification of the measuring devices (electronicaly)
Cable trays
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Routes are installed as per specifications; all deviations are approved by the HW EM Site Supervisor
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All cable trays are securely fixed and lidded throughout
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Support brackets / threaded rods are filed and painted at cut edges, end caps are fitted
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Clean, free of debris and combustible material
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Cable tray is grounded with an earth strap ≧6mm2
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Edging strip fitted at point of contact with cables, filed and painted at cut edges. The edges of cable tray edges should be protected not to cut the cables
Cables
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Cables are segregated as per drawings and the installation standard
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Wraps are trimmed with no sharp edges
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Cables are undamaged, with no cuts in the cable or core insulation. No exposed conductors.
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Cables are terminated neatly (spare length kept to the minimum) using the correctly sized ferrules. All spare cores are fitted with sleeves at their bare ends
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Sheath markers are fitted to both ends of all cables with the text reading away from the gland or terminal
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Uniform cabling methods are used for similar situations with all cables securely tied to the containment as required, cable bend radius are not tight
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Field cables are terminated, all spare cores have the ends insulated, cable sheath markers are fitted
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MDR motor cables are not in contact with belt
Panels installation
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Positioned and installed as per the mechanical installation layouts, deviations are approved by the HW EM Site Supervisor
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No visible external damage
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All required labels are installed
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Local Cabinets are equipotentially bonded with cable containment by means of an earth-strap ≧6mm2
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All unused cable glands are removed and replaced with blanking plugs
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Clean, free of debris and combustible material
Field Kit installation
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Connectors to field devices are secure (PEC’s/Proximity switches)
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Legends fitted to all control switches, push buttons and indicators
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Pen marks and temporary tape labels have been removed
Profinet and communication Installation
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Cable segregated from all power cables by means of barriers
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Minimum length of cable between nodes ≥ 1m
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Segment lengths are within the specification / schematics
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Cables do not run parallel to power cables inside cabinets
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All terminators are set as per the schematics
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Network Report completed
Page 4: SAFETY & APPEARANCE
GUARDING
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Belt/Chain drive guards installed & free of damage
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Pinch point on the conveyor - no overlap
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Exposed rotating devices covered
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All finger guards installed
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Max. gap of 5 mm between fingerguard and movable part allowed
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All covers (bottom cover etc.) installed
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Guards and covers fixed with all the bolts, no missing bolts
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No loose hardware (screws, nuts etc. remains in conveyor)
SIDE GUIDE
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Guide rail lapped correctly
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Correct side guide rail installed
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Guide rail installed straight
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Guide rail transitioned correctly
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Cut sections are clean, straight & touched up
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Guide rail free of sharp edges
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Guide rail has proper hardware & connections
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Max. gap of 5 mm between sideguard and movable part allowed
ALIGNED LEVEL & SECURED
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Conveyor is installed straight, it does not walk/bow
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Conveyor is installed level or angled continuous (acc to the product specification). Record value
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Conveyor is racked properly
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Conveyor supports are plumb, anchored, proper bracing and proper locations
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Conveyor to conveyor transitions are set to proper heights
APPEARANCE
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Conveyor contains no damaged parts
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Conveyor does not have scratches paint
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Touch up paint matches original paint
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Conveyors are not dirty
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Conveyors do not have sharpie or other markings
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Conveyor is in "New" condition
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No leakage on motors/gearboxes. Check flanges, vents etc.
Page 5: PRODUCT CONVEYANCE
PRODUCT CONVEYANCE GENERAL
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All types of parcels (boxes, totes, envelopes, bags) flow smoothly through the conveyor, they don't touch any equipment (photoeyes etc.), they don't catch on or jam over.
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All types and sizes of parcels are diverted fully and correctly
ACCUMULATION CONVEYOR
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Does the product stay edge aligned
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Does the product accumulate correctly (No excessive line pressure. No large gaps between product)
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Does the product restart correctly (No delay when the zone turns on)
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Does the product stop correctly (Product does not over shoot zone. Product does not "crash" into product downstream)
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When accumulating does product become "skewed" to the correct side (brings boxes to the right or left of the conveyor)
DIVERTING
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Are all types of parcel diverted properly?
GRAVITY
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Does the light small product make it down <br>the line when starting from a stopped position?
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Does the product "rock" due to roller/skate wheels centers?
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All types and sizes of parcels slide freely from infeed to outfeed of chute
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Infeed of spiral vonveyor is lower than proceeding conveyor
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Output of spiral conveyor is higher than following conveyor
LIFT-UP CONVEYORS
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Does all types of parcels move properly, parcels don't stuck
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The parcels stay on their place when conveyor stops