Type of elevator persons hospitals persons and goods goods alone service lifts scissor lifts Type of inspection: put into service periodical check after repairs designed for : (AF) (CP) (RC) Elevator’s actuation type: electric hydraulic Elevator’s control cabinet type: universal down - collective selective - collective Traction type: direct indirect Position of elevator’s machine room: up down MRL (machineroomless) Elevators’s doors type: car doors landing doors Elevator’s doors actuation type: manual semi-automatic automatic swing doors folding doors sliding doors: (horizontal vertical ) telescopic doors, with: (central-opening side-opening ) grid doors

LIST OF TECHNICAL TESTS & CHECKS CARRIED OUTAnnex to inspection report no. …………../…………………..

Crt. No.

Description of operations carried out If technical requirement is fulfilled

Control procedures applied Observations

Yes No N/A Visual Tested Measured1. Elevator identification 1.1

1.2

● Check of registration plate and the existence of CE marking: Manufacturer name: …………………………………………………………….…..Model :. ……............................................., Type: ............................................., Serial no..: ............................................., Year of fabrication: ...............................,Qnom. (rated load) = ............................. kg, No. of persons: ….........., No. of stops = …............, No.of accesses = .........…..,- with 1 speed: V rated = ...... m/s, with 2 speeds: V rated/slow = ......../…….. m/s,- wirh variable speed ● Check of warning / emergency signs

2. Technical inspection2.1 - technical book of elevator

- if the maintenance work is carried out by an ISCIR’s authorized company - if the maintenance personnel is trained - degree of elevator preparation for technical inspection

2.2 Under going inspection

2.2.1 ● Check of safety components (identification): - landing doors locking devices ......pcs. - safety gears ......pcs. - overspeed governors ......pcs. - end limits safety switches (devices) ......pcs. - hydraulic buffers ......pcs. - rupture valves ......pcs. - electric safety contacts (safety circuit breakers) ......pcs.

2.2.2 ● Functional testsNew elevators - check of landing doors locking devices - check of electric safety devices (contacts, circuit breakers etc.) - ckeck of end limits safety switches (devices)- check slippage of ropes - check of overspeed governor - check of counterweight’s safety gears - check of car alarm - check of emergency lighting system

Crt. No.

Description of operations carried out If technical requirement is fulfilled

Control procedures applied Observations

Yes No N/A Visual Tested Measured

- check of piston stroke limitation - pressure test at max. load - check of flow reducer or rupture valve - check of sealing - check of time limiter for keeping the electric motor plugged to electric voltage - check of electric device for detecting temperature of working fluid Existing elevators (old elevators)- levelling and stopping accuracy - enclosure of unapertured elevator shaft - partial enclosure of elevator shaft - locking devices of access or emergency doors to shaft pit - stop of elevator, if access or emergency doors to shaft pit are opened - protection of accessible spaces under the car, under counterweight or under car rope compensator system - separation of the shaft pits of elevators installed in the same well - separation of elevators moving parts installed in the same well - safety spaces in headroom & shaft pit - safety access to shaft pit - stopping devices in the shaft pit and pulleys room - proper lighting of the shaft - safety access to machine room and pulleys room - safety spaces in machine room - proper lighting of machine room and pulleys room - metallic supports or hooks for handhold tools used in machine room and in shaft- locking devices of landing doors- protection of locking devices of landing doors against unauthorised persons intervention from outside of the shaft- automatic closing of orizontal sliding landing doors - multi-folding sliding landing doors - movement of car doors while the landing doors are opened - existence of car apron - car trap door locking- proper lighting in car - car emergency lighting - protecţion in case of traction sheaves, rollers & chains pulleys failures - protection against falling of ropes/chains from traction shaves, rollers & chains pulleys - existence of safety gears tripped by a compatible overspeed governor for electric elevators - proper operation of safety gear system and overspeed governor for electric

elevators - electric safety contact from tensioning device of overspeed governor cable - protection against car upward overspeed (electric elevators)

- protection of hydraulic elevators against free-falling, car downward overspeed

Crt. No.

Description of operations carried out If technical requirement is fulfilled

Control procedures applied Observations

Yes No N/A Visual Tested Measuredand uncontrolled car movement - automatic return of car at lower floor when the anti-slippage electric system is worn out - guiding system of conterweight and rope compensator - proper buffers or replacements - existence of end limits safety switches (devices) - horizontal distance between inner surface of shaft and car sill, car frame or edge of car sliding doors - emergency operating system for electric elevators - emergency operating system for hydraulic elevators - rupture valve - slack-rope safety device - time limiter for keeping the electric motor plugged to electric voltage - device against low pressure in cylinders of hydraulic elevators with indirect action - device against low pressure in cylinders of hydraulic elevators with direct action, when the main cylinder is not permanently attached to car - protection against electric shocks (IP2X) - protection and marking of electric equipment - protection of the electric motor of elevator hoist - existence of main circuit-breaker in machine room - safety operation of elevator in case of electric motors phases reversal - maintenance box for inspection of shaft - emergency stop device on car roof - emergency alarm device - direct communication between car and machine room - existence of car weighing overload system

2.2.3 ● No load tests Existing elevators (old elevators)- proper operation of elevator’s safety components de securitate - proper operation of elevator’s brake - proper operation of elevator hoist (machine), performing special checkings against overheating, fluid losses, vibrations, etc. - proper operation of elevator’s electric cabinet from machine room (PCB – printed

circuit boards, contactors, relays, selectors, etc.) - stopping accuracy of car, taking in consideration max. deviations - electric protection components, comparing the measured time with trigger time provided by manufacturer- proper operation of electric power circuit, control circuit & signalling circuit of elevator, according to electric wiring diagram attached to tehnical documentation - kynematic and static components of elevators (guide rails, fixing elements, car

etc.) 2.2.4 Load tests

New elevators

Crt. No.

Description of operations carried out If technical requirement is fulfilled

Control procedures applied Observations

Yes No N/A Visual Tested Measured

● Tests and checks, carried out using car filled with rated load, for electric and hydraulic elevators with indirect action QCP, RC = Qrated = …............ kg- check of car safety gears (instantaneous safety gears) - check buffers of electric and hydraulic elevators with indirect action ● Tests and checks, carried out using car filled with 125% of rated load, for electric elevators- QCP, RC = 1,25 x Qrated = …............ kg- static test of car frame suspensions and fixing systems - check of breaking system - check slippage of ropes - check of car safety gears (progressive safety gears) Old elevators● Static test (carried out with car at the lower floor, Test time = 10 min.) - QCP, RC = 1,5 x Qrated = …............ kg (for elevators with drum hoists and for goods alone designed elevators with traction sheaves) - QCP, RC = 2 x Qrated = …............ kg (for all types of elevators for persons with traction sheaves)- QCP, RC = 1,5 x Qrated = …............ kg, Test time = 10 min., Test pressure = 0 bar (electro-hydraulic distributor on “zero” position, car situated at upper limit position), dropping: ΔH adm. ≤ 100 mm – seal test- check slippage of ropes inside groves of traction sheaves - check of elevator hoist (machine) strength - check of car frame & suspension strength - check of breaking system ● Dynamic test - QCP, RC = 1,1 x Qrated = …............ kg- check of elevator hoist (machines) operation - check of elevator motor operation - check of brake operation - check of control elements operation - check of car stopping devices operation - check of mechanical and electrical locking devices of landing doors - check of electrical safety contacts operation - check of optic & acustic signalling systems operation - check of overspeed governor operation - check of safety gears operation