UDT Trener

All questions (857)

Sample questions published by UDT, with our answer key, translations and explanations.

All categories
  1. #1Technical equipment subject to technical supervision may be operated on the basis of:
  2. #2Which of the following activities are not part of a UTB operator's duties:
  3. #3Maintenance inspection intervals for technical equipment:
  4. #4Technical supervision is defined as:
  5. #5Who carries out technical inspection of technical equipment?
  6. #6A change to the technical parameters or design of technical equipment is treated as:
  7. #7Who may carry out an agreed repair or modernisation of technical equipment?
  8. #8The Technical Inspection Act specifies the following forms of technical inspection:
  9. #9Who issues the decision authorising operation of technical equipment?
  10. #10An operator of technical equipment may start work when:
  11. #11An operator of technical equipment may start work when:
  12. #12If the person or organisation responsible for operating the equipment fails to comply with technical inspection regulations, that person or organisation:
  13. #13If a threat to human life or health, property and the environment is identified, the inspector:
  14. #14In the event of dangerous damage to technical equipment or an accident, the person or organisation responsible for operating the equipment:
  15. #15An operator qualification certificate may be revoked by:
  16. #16Which of the following are not subject to technical supervision?
  17. #17Technical equipment subject to technical supervision includes:
  18. #18Dangerous damage to technical equipment means:
  19. #19An accident means:
  20. #20Lifting and moving people using technical equipment intended solely for transporting loads requires:
  21. #21Who is responsible for ensuring proper operation and maintenance of technical equipment?
  22. #22Maintenance inspections required by law are carried out by:
  23. #23Who keeps the technical equipment's maintenance log?
  24. #24Acceptance inspections of technical equipment are carried out:
  25. #25Periodic technical examinations are carried out on technical equipment subject to:
  26. #26The absence of the maintenance technician during a technical examination of equipment requires, as a minimum:
  27. #27A candidate seeking to become an operator of technical equipment must:
  28. #28The operator of technical equipment must stop work when:
  29. #29Maintenance inspection intervals for equipment may be specified:
  30. #30The intervals for periodic examinations and ad hoc control examinations of materials handling equipment (UTB) are specified:
  31. #31The duties of an operator of technical equipment include:
  32. #32Technical equipment may be operated on the basis of:
  33. #33After carrying out activities concerning technical equipment, the inspector prepares:
  34. #34Repairs and modernization of technical equipment are carried out by:
  35. #35Who is directly responsible for the safe operation of technical equipment?
  36. #36Where is information on the rules for safely operating the equipment provided?
  37. #37As part of the checks before starting work, the operator:
  38. #38Who issues qualification certificates for operating technical equipment subject to technical inspection?
  39. #39Overloading a UTB during operation:
  40. #40Ad hoc in-service inspections are carried out, among other cases:
  41. #41The operator's duties are specified:
  42. #42Who carries out periodic inspections of technical equipment?
  43. #43Which is a technical inspection body?
  44. #44Qualification certificates authorizing the operation of technical equipment are valid in:
  45. #45The obligation for operators of technical equipment to use personal protective equipment arises from:
  46. #46Under the Council of Ministers regulation on the types of technical equipment subject to technical supervision, technical supervision requirements apply to:
  47. #47The operating instructions need not contain:
  48. #48The equipment's inspection record book must contain:
  49. #49A decision issued by UDT:
  50. #50A person may take the qualification examination if they:
  51. #51After a technical inspection with a positive result, the UDT inspector:
  52. #52Qualification certificates:
  53. #53A person who modifies technical equipment without agreement from the competent technical supervision authority:
  54. #54Anyone who allows technical equipment to be operated without a valid decision authorising operation:
  55. #55The operating instructions are:
  56. #56Operator qualification certificates are not required:
  57. #57A person holding qualification certificates may operate:
  58. #58The operator of technical equipment must:
  59. #59Qualification certificates for operating technical equipment are:
  60. #60An operator who witnesses an accident must:
  61. #61The operator must not:
  62. #62The forms of technical supervision are:
  63. #63Lifting people using equipment designed and manufactured exclusively for lifting loads:
  64. #64Lifting loads using two or more UTB:
  65. #65Being beneath a load that is being moved is:
  66. #66Moving loads over people is:
  67. #67Qualification certificates for operating technical equipment subject to technical supervision are issued by:
  68. #68The examination board informs the candidate of the examination result:
  69. #69The maintenance log should be kept:
  70. #70Job-specific safety instructions:
  71. #71After the qualification certificate for operating the equipment expires, the operator:
  72. #72The validity of a qualification certificate is extended:
  73. #73The lifting capacity of UTB is an equipment parameter directly related to:
  74. #74The net mass of 1000 l of water is approximately:
  75. #75The mass of a load consisting of 40 packages weighing 25 kg each is:
  76. #76The mass of 60 cardboard boxes weighing 20 kg each is:
  77. #77The mass of the load being lifted can be determined using:
  78. #78Information about the equipment's lifting capacity may be provided:
  79. #79The correct unit of lifting capacity is:
  80. #80Which of the following components are not part of a forklift truck's hydraulic system?
  81. #81A hydraulic lock valve provides protection against:
  82. #82The component that converts hydraulic oil pressure into mechanical movement is:
  83. #83The component that generates pressure in a forklift truck's hydraulic system is:
  84. #84The pressure relief valve installed in a forklift truck's hydraulic system is intended to:
  85. #85A safe check of the pressure relief valve is carried out:
  86. #86A hydraulic directional control valve is installed in the system to:
  87. #87An actuator in a forklift truck's hydraulic system is:
  88. #88The component that protects the hydraulic system against excessive pressure is:
  89. #89The throttle-check valve installed in a forklift truck's lifting system is intended to:
  90. #90The safety valve in a forklift truck's hydraulic system:
  91. #91When pressure rises, excess oil is discharged:
  92. #92The criteria and conditions for correctly carrying out hydraulic system tests are specified by:
  93. #93Batteries in an electric forklift truck:
  94. #94The parameters stated by the manufacturer on the battery nameplate are:
  95. #95The STOP emergency stop switch is:
  96. #96The STOP emergency stop switch:
  97. #97Which types of tyres are used on forklift trucks?
  98. #98Who determines the type and size of tyres used on a forklift truck?
  99. #99The wear limit for superelastic tyres, in the absence of other guidelines, is:
  100. #100Which type of wear rules out further use of solid tyres?
  101. #101An illuminated oil pressure warning light may indicate:
  102. #102The symbol shown in the illustration appears on the lever for:
  103. #103On seeing this warning light illuminated, the operator:
  104. #104Moving the lever marked with this pictogram forward will cause:
  105. #105Moving the lever marked with the pictogram shown will cause:
  106. #106Sit-down counterbalance forklift trucks must be equipped with:
  107. #107Braking a pedestrian-controlled forklift truck can be achieved by:
  108. #108The lifting mechanism includes:
  109. #109Sit-down counterbalance forklift trucks may be equipped with the following mast types:
  110. #110Which safety features protect the operator if a counterbalance forklift truck loses stability?
  111. #111Which of the following affects the stability of a counterbalance forklift truck?
  112. #112The gas cylinders used to fuel internal combustion forklift trucks are:
  113. #113In forklift trucks, the lifting mechanism chain is:
  114. #114The symbol in the illustration represents:
  115. #115The symbol in the illustration represents:
  116. #116The symbol in the illustration represents:
  117. #117The symbol in the illustration represents:
  118. #118An illuminated or flashing indicator light:
  119. #119When operating a forklift truck with an interchangeable attachment, the operator should:
  120. #120An interchangeable attachment may be installed on a forklift truck by:
  121. #121What effect does an additional interchangeable attachment have on the forklift truck's load capacity?
  122. #122After fitting an interchangeable attachment provided for by the forklift truck manufacturer:
  123. #123Moving the lever marked with the pictogram shown causes:
  124. #124Operating a forklift truck with fork extensions fitted is permitted when:
  125. #125The electrical safety device fitted at the end of the tiller on a pedestrian-controlled truck is:
  126. #126Which item of equipment prevents unauthorised persons from starting the machine?
  127. #127The marking 1500 x 500 on a fork arm indicates:
  128. #128The maximum load that can be lifted on a pair of fork arms, each marked 2500 x 500, is:
  129. #129Operating a forklift truck with an excessively low hydraulic oil level may result in:
  130. #130Jerky upward movement of the lifting mechanism may be caused by:
  131. #131Leakage in a forklift truck's hydraulic system may show up as:
  132. #132The density of hydraulic oil at a temperature below 0°C:
  133. #133The operator checks the hydraulic oil level:
  134. #134Unless the manufacturer specifies otherwise, the maximum deviation from vertical of a mast carrying its rated load, caused by internal leakage in the tilt system, must not exceed:
  135. #135Unless otherwise specified by the manufacturer, downward drift of the lifting mechanism of a forklift truck with a capacity of up to and including 10 t, carrying its rated load, must not exceed:
  136. #136Unless otherwise specified by the manufacturer, downward drift of the lifting mechanism of a forklift truck with a capacity above 10 t, carrying its rated load, must not exceed:
  137. #137The optimum load for carrying out an internal leakage test on the hydraulic system is:
  138. #138Unless the manufacturer's instructions specify otherwise, the minimum height to which the load must be raised during an internal leakage test of the mast tilt system is:
  139. #139A safe functional check of the pressure relief valve must be carried out:
  140. #140Checking the hydraulic system of forklift trucks includes:
  141. #141Correct operation of the control levers must be checked:
  142. #142The scope of tests on forklift trucks equipped with additional hydraulic attachments includes:
  143. #143Lead-acid batteries may be charged:
  144. #144A room in which forklift truck batteries are charged:
  145. #145A forklift truck operator's duties include:
  146. #146A person replacing discharged batteries must:
  147. #147The STOP emergency switch is used to:
  148. #148If a dangerous situation is identified, the forklift truck operator must:
  149. #149The STOP emergency switch must be checked for correct operation:
  150. #150Tyre wear limits are specified in:
  151. #151Tyre pressure must comply with:
  152. #152Unequal tyre pressures on the same axle can:
  153. #153Accelerated wear of pneumatic tyres is caused by:
  154. #154Uneven wear of solid tyres fitted to the same axle:
  155. #155Who assesses the technical condition of the tyres?
  156. #156If mechanical damage to the tyres affecting safe operation is found, the forklift truck operator:
  157. #157What should the operator do after noticing that the engine oil pressure warning light is on while driving?
  158. #158After finishing work, the operator should:
  159. #159Properly functioning control levers:
  160. #160Which document describes the test for checking that the service brake works correctly?
  161. #161Where can information on how to check that the auxiliary brake works correctly be found?
  162. #162What position should the mast be in during the service brake test?
  163. #163The service brake test should be carried out:
  164. #164If, during the auxiliary brake test, the operator determines that it is not working correctly, they should:
  165. #165If a braking system fault is detected, the operator should:
  166. #166If a brake fluid leak is detected, the operator should:
  167. #167If the auxiliary brake is found to be malfunctioning, the operator:
  168. #168The service brake should be checked by driving the forklift truck and braking:
  169. #169The operator should check the brakes:
  170. #170When leaving the operator's seat, the forklift truck operator should:
  171. #171Inspection of the forklift truck mast includes:
  172. #172When driving a forklift truck with a load on the forks, the operator should:
  173. #173The load should be transported:
  174. #174When driving a loaded counterbalance forklift truck down a sloping ramp, the operator:
  175. #175When driving a forklift truck up an inclined ramp with a load that restricts visibility, the operator:
  176. #176Driving a forklift truck across an inclined ramp is:
  177. #177When travelling in a forklift truck with a load that restricts visibility, the operator should:
  178. #178When driving a forklift truck with a load, you must:
  179. #179The gas cylinder valve outlet should point:
  180. #180The gas system is checked for leaks using:
  181. #181Operating a forklift truck at temperatures below -10°C:
  182. #182Operating a forklift truck at temperatures above 30°C:
  183. #183Using the table, determine the maximum load that a rack storage compartment can support:
  184. #184Using the table, determine the highest storage compartment into which you can place goods with a forklift truck having a maximum lift height of 2100 mm:
  185. #185When placing a load on a warehouse rack, the operator should know:
  186. #186When transporting bulky loads, the operator should:
  187. #187What should the operator pay attention to when replacing traction batteries?
  188. #188A forklift truck may lose stability because of:
  189. #189The permitted travel speed of a forklift truck is specified:
  190. #190Before starting work with a forklift truck, check the operation of:
  191. #191After fitting an additional interchangeable attachment, you should:
  192. #192Before driving a forklift truck onto a loading ramp, the operator should check:
  193. #193When driving a forklift truck, you must:
  194. #194Where can information about a forklift truck's lifting capacity be found?
  195. #195Before starting work with a forklift truck, you must:
  196. #196Operating a forklift truck with a personnel lifting basket fitted onto the forks:
  197. #197If a forklift truck loses stability, the operator:
  198. #198When a forklift truck is overturning, you should:
  199. #199A forklift truck may lose stability as a result of:
  200. #200Unless the forklift truck's manual states otherwise, the maximum elongation of the lifting chain during service may be:
  201. #201Unless the forklift truck's manual states otherwise, the permissible number of cracked plates in a load-bearing leaf chain of the Flyer type is:
  202. #202Unless the forklift truck's manual states otherwise, the minimum permissible thickness of the horizontal section of the forks, measured near the bend (heel), is:
  203. #203Unless the forklift truck's manual states otherwise, the minimum permissible thickness of the horizontal section of the forks, measured near the bend (heel), is:
  204. #204Unless the forklift truck's manual states otherwise, the minimum permissible thickness of the horizontal section of the forks, measured near the bend (heel), is:
  205. #205Unless the forklift truck manual states otherwise, the minimum permissible thickness of the horizontal part of the forks, measured near the bend (heel), is:
  206. #206Unless the forklift truck manual states otherwise, the maximum permissible increase in a fork arm's angle from its original value (usually 90 degrees) is:
  207. #207Using the capacity chart and drawing shown, determine the maximum safe lifting height for the load picked up from side A:
  208. #208Using the capacity chart and drawing shown, determine the maximum safe lifting height for the load picked up from side B:
  209. #209Using the capacity chart and drawing shown, determine the maximum safe lifting height for the load picked up from side A:
  210. #210Using the capacity chart and drawing shown, determine the maximum safe lifting height for the load picked up from side B:
  211. #211Using the capacity chart and drawing shown, determine the maximum safe lifting height for the load picked up from side A:
  212. #212Using the capacity chart and drawing shown, determine the maximum safe lifting height for the load picked up from side B:
  213. #213Based on the load capacity chart and drawing shown, determine the maximum safe lifting height for the load picked up from side A:
  214. #214Based on the load capacity chart and drawing shown, determine the maximum safe lifting height for the load picked up from side B:
  215. #215Based on the load capacity chart and drawing shown, determine the maximum safe lifting height for the load picked up from direction A:
  216. #216Based on the load capacity chart and drawing shown, determine the maximum safe lifting height for the load picked up from direction A:
  217. #217Based on the load capacity chart and drawing shown, indicate which rack or racks the load can be placed on:
  218. #218Based on the load capacity chart and drawing shown, indicate which rack or racks the load can be placed on:
  219. #219Using the load capacity chart and drawing shown, indicate which rack or racks the load can be placed on:
  220. #220Using the load capacity chart and drawing shown, determine the maximum safe lifting height for the load picked up from direction A:
  221. #221Using the load capacity chart and drawing shown, determine the maximum safe lifting height for the load picked up from direction B:
  222. #222Using the load capacity chart and drawing shown, determine the maximum safe lifting height for the load picked up from direction A:
  223. #223Using the load capacity chart and drawing shown, determine the maximum safe lifting height for the load picked up from direction B:
  224. #224Using the load capacity chart shown, determine the maximum capacity of the forklift truck at a height of 6 m:
  225. #225Using the load capacity chart shown, determine the maximum capacity of the forklift truck at a height of 6.7 m:
  226. #226Using the load capacity chart shown, determine the maximum mass of a load with base dimensions of 1.6 m × 1.6 m:
  227. #227Using the load capacity chart shown, determine the maximum mass of a load with base dimensions of 2 m × 2 m:
  228. #228Using the load capacity chart and drawing shown, determine the maximum mass of a load picked up from side B:
  229. #229Using the load capacity chart and drawing shown, determine the maximum mass of a load picked up from side A:
  230. #230Using the load capacity chart and drawing shown, determine the maximum mass of a load picked up from side B:
  231. #231Using the capacity chart and drawing shown, determine the maximum load mass that can be safely lifted when picking up the load from side A:
  232. #232Using the capacity chart and drawing shown, determine the maximum load mass that can be safely lifted when picking up the load from side A:
  233. #233Using the capacity chart and drawing shown, determine the maximum load mass that can be safely lifted when picking up the load from side B:
  234. #234Using the capacity chart shown, determine the maximum capacity of the forklift truck when lifting a load to a height of 3000 mm:
  235. #235Using the capacity chart shown, determine the maximum capacity of the forklift truck when lifting a load to a height of 4000 mm:
  236. #236Using the capacity chart shown, determine the maximum capacity of the forklift truck when lifting a load to a height of 5000 mm:
  237. #237Using the load capacity chart and drawing shown, determine the maximum load mass that can be safely lifted to a height of 4000 mm when picked up from side B:
  238. #238Using the load capacity chart and drawing shown, determine the maximum load mass that can be safely lifted to a height of 4000 mm when picked up from side A:
  239. #239Using the load capacity chart and drawing shown, determine the maximum mass of a load picked up from side B:
  240. #240Using the load capacity chart and drawing shown, determine the maximum mass of a load picked up from side A:
  241. #241Using the load capacity chart and drawing shown, determine the maximum mass of the load picked up from side A:
  242. #242Using the load capacity chart and drawing shown, determine the maximum mass of a load picked up from side B:
  243. #243Using the load capacity chart and drawing shown, determine the maximum mass of a load picked up from side A:
  244. #244Using the load capacity chart and drawing shown, determine the maximum mass of a load picked up from side B:
  245. #245An illuminated oil pressure warning light may indicate:
  246. #246The pressure relief valve installed in a forklift truck's hydraulic system is intended to:
  247. #247A hydraulic directional control valve is installed in the system to:
  248. #248Who determines the type and size of tyres used on forklift trucks?
  249. #249Using the table, determine the maximum load that a rack storage level can support:
  250. #250Using the table, determine the highest storage level onto which you can place goods with a forklift truck whose maximum lifting height is 2100 mm:
  251. #251Checking the correct operation of the hydraulic system on variable-reach forklift trucks includes, among other things:
  252. #252The minimum safe distance for operating a forklift truck near an excavation depends on:
  253. #253The illustration shows:
  254. #254The device that protects a variable-reach forklift truck against overturning is:
  255. #255A correctly functioning load limiter on variable-reach forklift trucks causes:
  256. #256If the hydraulic system fails while the cab is raised and emergency lowering of the cab is impossible, the operator should:
  257. #257If the forklift truck breaks down while the cab is raised, the operator should:
  258. #258On a forklift truck where the operator is raised together with the load, a device protecting the operator against crushing or falling out may be:
  259. #259A component intended to ensure the correct operating position on a forklift truck where the operator is raised together with the load may be:
  260. #260Electrical safety devices characteristic of a forklift truck where the operator is raised together with the load are:
  261. #261Using the load capacity chart shown, determine the forklift truck's maximum lifting capacity at a height of 6.7 m:
  262. #262Using the load capacity chart and drawing shown, determine the maximum mass of a load picked up from side B:
  263. #263Using the capacity chart shown, determine the maximum lifting capacity of the forklift truck when lifting a load to a height of 3000 mm:
  264. #264Using the capacity chart shown, determine the maximum lifting capacity of the forklift truck when lifting a load to a height of 4000 mm:
  265. #265Using the capacity chart shown, determine the maximum lifting capacity of the forklift truck when lifting a load to a height of 5000 mm:
  266. #266Using the capacity chart and drawing shown, determine the maximum load mass that can safely be lifted to a height of 4000 mm when picking up the load from side A:
  267. #267Using the capacity chart and drawing shown, indicate which rack or racks the load can be placed on:
  268. #268Using the capacity chart and drawing shown, indicate which rack or racks the load can be placed on:
  269. #269Based on the load capacity chart and drawing shown, indicate which rack or racks the load can be placed on:
  270. #270Based on the load capacity chart and drawing shown, determine the maximum safe lifting height for the load picked up from direction A:
  271. #271Based on the load capacity chart and drawing shown, determine the maximum mass of a load picked up from side A:
  272. #272Based on the load capacity chart and drawing shown, determine the maximum mass of a load picked up from side B:
  273. #273Using the chart, determine the maximum height to which a load weighing 4.0 t can be lifted:
  274. #274Using the chart, determine the maximum height to which a load weighing 3.0 t can be lifted:
  275. #275Using the chart, determine the maximum height to which a load weighing 3 t can be lifted:
  276. #276Using the chart, determine the maximum horizontal reach for a 1.6 t load:
  277. #277Using the chart, determine the maximum horizontal reach for a 4.0 t load:
  278. #278Using the chart, determine what load can be placed at a distance of 5 m:
  279. #279According to the chart, the forklift truck specifications are:
  280. #280Using the chart, determine the maximum height to which a load weighing 3.0 t can be lifted:
  281. #281Using the chart, determine the maximum forward reach for a 4.0 t load:
  282. #282Using the chart, determine the maximum height to which a 1.5 t load can be lifted:
  283. #283Using the chart, determine the maximum forward reach for a 1.5 t load:
  284. #284According to the load chart, in the situation shown, the operator can:
  285. #285What can the mass of the load being lifted be if, according to the load chart and the situation shown, the operator must place it on level “2”?
  286. #286The maximum lifting height for a 3.5 t load is:
  287. #287The maximum lifting height for a load weighing 2.5 t is:
  288. #288According to the chart, the maximum reach with a load weighing 1.2 t is:
  289. #289What can the mass of the lifted load be if, according to the load capacity chart and the situation shown, the operator must place the load on level “2”?
  290. #290According to the chart, the forklift truck's specifications are:
  291. #291Using the chart, determine the maximum reach for a 2.0 t load:
  292. #292Using the chart, determine the maximum reach for a 2.0 t load:
  293. #293Using the chart, determine the maximum reach for a 2.5 t load:
  294. #294An illuminated oil pressure warning light may indicate:
  295. #295Technical equipment subject to technical supervision may be operated on the basis of:
  296. #296The reach of an elevating work platform is:
  297. #297Which is not part of an elevating work platform's working envelope chart?
  298. #298Unless the manufacturer specifies otherwise, maintenance inspections of mobile elevating work platforms must be carried out at least:
  299. #299Periodic examinations of mobile elevating work platforms are carried out:
  300. #300An operator of an elevating work platform controlled from the work platform may be a person who:
  301. #301For elevating work platforms permitted to carry more than 2 people on the work platform, an operator qualification certificate must be held by:
  302. #302Using the illustration, determine the maximum load capacity of the elevating work platform:
  303. #303Based on the diagram, determine the maximum number of people who may be on the work platform:
  304. #304Based on the diagram, identify the correct operating parameters of the mobile elevating work platform:
  305. #305The diagram indicates:
  306. #306The diagram indicates:
  307. #307The diagram indicates:
  308. #308An illuminated warning light next to the graphic symbol shown, found on some mobile elevating work platforms, indicates:
  309. #309A mobile elevating work platform bearing the marking shown is:
  310. #310The illustration specifies:
  311. #311Selecting position A in the illustration means:
  312. #312The scissor lift's travel mechanism is activated by moving the control lever after first pressing the button marked with the letter:
  313. #313The scissor lift's lifting mechanism is activated by moving the control lever after first pressing the button marked with the letter:
  314. #314Which of the marked pictograms indicates the mobile elevating work platform's wheel steering function?
  315. #315The maximum rated load of the mobile elevating work platform shown is:
  316. #316The illustration shows:
  317. #317Moving the control lever in direction A activates:
  318. #318Moving the control lever in direction B activates:
  319. #319Pressing the buttons marked C on the control lever activates:
  320. #320The symbol shown identifies:
  321. #321Which labelled component in the drawing is the mechanical safety device that protects the scissor lift against the consequences of wheel damage while travelling with the platform raised?
  322. #322The mechanical safety devices that protect a scissor lift against the consequences of wheel damage while travelling with the platform raised are:
  323. #323The batteries of electric mobile elevating work platforms:
  324. #324The parameters specified by the manufacturer on the battery nameplate are:
  325. #325The emergency STOP switch:
  326. #326The emergency STOP switch:
  327. #327The emergency STOP switch:
  328. #328One way to protect the lift against accidental operation of its control levers is:
  329. #329The travel speed of a low-speed self-propelled mobile elevating work platform:
  330. #330The travel speed of a low-speed self-propelled elevating work platform is affected by:
  331. #331The outriggers of mobile elevating work platforms are intended to:
  332. #332The slewing column of a mobile elevating work platform:
  333. #333What is the difference between outreach and a boom?
  334. #334Outreach can be changed by:
  335. #335The telescopic boom of a mobile elevating work platform:
  336. #336A pilot-operated check valve (hydraulic lock) in a mobile elevating work platform's hydraulic system protects against:
  337. #337Which protective valve is fitted in the outrigger hydraulic system?
  338. #338Check valves (hydraulic locks) are installed in the circuits of:
  339. #339The component that generates pressure in a mobile elevating work platform's hydraulic system is:
  340. #340A pressure relief valve installed in a mobile elevating work platform's hydraulic system:
  341. #341Hydraulic safety components include:
  342. #342The safety valve in a hydraulic system protects:
  343. #343Hydraulic locks installed in the hydraulic systems of elevating work platforms:
  344. #344A hydraulic directional control valve is installed in a system to:
  345. #345An actuator in the hydraulic system of an elevating work platform is:
  346. #346The component that protects a hydraulic system against excessive pressure is:
  347. #347Control of the directional control valve in an elevating work platform's hydraulic system can be:
  348. #348When pressure rises excessively, the pressure relief valve in an elevating work platform's hydraulic system directs oil:
  349. #349Where are pilot-operated check valves, also known as hydraulic locks, installed?
  350. #350The criteria and conditions for correctly performing hydraulic system tests are specified by:
  351. #351What is a "tipping line"?
  352. #352The permissible wind speed when operating a mobile elevating work platform is:
  353. #353Mobile elevating work platforms are intended for:
  354. #354Mechanical safety devices found on mobile elevating work platforms include:
  355. #355Electrical safety devices found on mobile elevating work platforms include:
  356. #356The outrigger setup may be adjusted:
  357. #357Emergency lowering on self-propelled scissor lifts is most commonly performed:
  358. #358The sensor detecting that the boom of a vehicle-mounted platform is stowed in its transport position prevents:
  359. #359The contacts confirming that the outriggers of a mobile elevating work platform are correctly lowered:
  360. #360Tools and components on the work platform:
  361. #361Which items may be on the work platform?
  362. #362Which activity is particularly dangerous when working at maximum height?
  363. #363Which activity is particularly dangerous when working at maximum outreach?
  364. #364The safe distance for setting up a mobile elevating work platform from the edge of an excavation depends on:
  365. #365The safe distance for setting up a mobile elevating work platform from the edge of an excavation depends on:
  366. #366Setting up a mobile elevating work platform near the edge of an excavation:
  367. #367Based on the drawing, identify the correct measurement of the safe distance between the mobile elevating work platform and the excavation edge:
  368. #368The safe working distance between a mobile elevating work platform and a power line:
  369. #369The safe distance between a mobile elevating work platform and the outermost conductors of power lines with a rated voltage from 1 to 15 kV is:
  370. #370The safe distance between a mobile elevating work platform and the outermost conductors of power lines with a rated voltage from 30 to 110 kV is:
  371. #371The safe distance between a mobile elevating work platform and the outermost conductors of a power line with a nominal voltage from 15 to 30 kV is:
  372. #372Based on the illustration, identify the correct measurement of the minimum distance from power lines:
  373. #373Operating a mobile elevating work platform near a power line at less than the permitted distance is:
  374. #374Entering or leaving the work platform is possible:
  375. #375Based on the diagram, identify the correct specifications of the mobile elevating work platform:
  376. #376Based on the diagram, identify the correct specifications of the mobile elevating work platform:
  377. #377Ensuring the correct electrolyte level in the batteries of electric mobile elevating work platforms is the responsibility of:
  378. #378As part of daily servicing and assessment of the batteries in electric mobile elevating work platforms, the operator checks:
  379. #379After noticing during travel that the engine oil pressure warning light is on, the operator should:
  380. #380An illuminated or flashing service indicator light means that:
  381. #381Properly functioning control levers:
  382. #382For mobile elevating work platforms equipped with two or more control stations:
  383. #383During daily servicing, the operator checks whether:
  384. #384When the outriggers of a scissor lift are deployed, a properly functioning safety system should:
  385. #385A safe check of the pressure relief valve on a mobile elevating work platform is performed:
  386. #386Unless otherwise specified by the manufacturer, the maximum permissible downward drift of the work platform is:
  387. #387When the slewing mechanism operates, the stability of the mobile elevating work platform:
  388. #388Dangerous movements of a boom lift that are disabled in the event of overload include:
  389. #389When assessing the technical condition of the lift's control panel, the operator checks, among other things:
  390. #390An external oil leak in the lift's hydraulic system makes the machine unfit for safe operation when:
  391. #391Leakage in the hydraulic system of mobile elevating work platforms may manifest itself as:
  392. #392When assessing the technical condition of a mobile elevating work platform before starting work, the operator:
  393. #393When assessing the technical condition of a mobile elevating work platform before starting work, the operator:
  394. #394When assessing the technical condition of the hydraulic system, the operator:
  395. #395Jerky movement of the lifting mechanism may be caused by:
  396. #396The operator checks the oil level in the hydraulic system:
  397. #397Unless the manufacturer specifies otherwise, the maximum permissible outrigger retraction during a leak-tightness test is:
  398. #398When rescuing a person trapped on the work platform, you must:
  399. #399Increasing the working height of a scissor lift by the operator:
  400. #400Placing pads beneath the machine's outriggers:
  401. #401Before setting up the mobile elevating work platform at a new work location, the operator should:
  402. #402Unless otherwise specified by the manufacturer, hydraulic lock valves on platforms with direct control should be tested as follows:
  403. #403Hydraulic lock valves on platforms with indirect control are tested:
  404. #404Using the working envelope diagram shown, identify the correct operating parameters of the platform:
  405. #405Using the working envelope diagram shown, identify the correct operating parameters of the platform:
  406. #406Using the working envelope diagram shown, identify the correct operating parameters of the platform:
  407. #407Using the working envelope diagram shown, determine the maximum permissible load on the work platform raised to a height of 15 m at an outreach of 11 m:
  408. #408Using the working envelope diagram shown, determine the maximum permissible load on the work platform raised to a height of 15 m at an outreach of 7 m:
  409. #409Using the working envelope diagram shown, determine the maximum permissible load on the work platform raised to a height of 22 m at an outreach of 4 m:
  410. #410Using the work envelope chart shown, determine the maximum permissible load on the work platform raised to a height of 22 m at an outreach of 9 m:
  411. #411Using the work envelope chart shown, identify the maximum outreach of the work platform carrying a load of 200 kg:
  412. #412Using the work envelope chart shown, identify the correct operating parameters of the mobile elevating work platform:
  413. #413Using the work envelope chart shown, identify the correct operating parameters of the mobile elevating work platform:
  414. #414Using the work envelope chart shown, identify the correct operating parameters of the mobile elevating work platform:
  415. #415Using the work envelope chart shown, determine the maximum permissible load on the work platform raised to a height of 17 m at an outreach of 11 m:
  416. #416Using the working envelope chart shown, determine the maximum permissible load on the work platform at a height of 18 m and a horizontal outreach of 8 m:
  417. #417Using the working envelope chart shown, determine the maximum permissible load on the work platform at a height of 22 m and a horizontal outreach of 4 m:
  418. #418Using the working envelope chart shown, determine the maximum permissible load on the work platform at a height of 26 m and a horizontal outreach of 7 m:
  419. #419Using the working envelope chart shown, identify the maximum horizontal outreach of the work platform carrying a load of 200 kg at a height of 22 m:
  420. #420Using the working envelope chart shown, identify the maximum horizontal outreach of the work platform carrying a load of 230 kg at a height of 17 m:
  421. #421Using the working envelope chart shown, identify the maximum horizontal outreach of the work platform carrying a load of 100 kg at a height of 14 m:
  422. #422Based on the work envelope chart shown, identify the maximum outreach of the work platform carrying 100 kg at a height of 18 m:
  423. #423Based on the work envelope chart shown, identify the correct operating parameters of the lift:
  424. #424Based on the work envelope chart shown, identify the correct operating parameters of the lift:
  425. #425Based on the work envelope chart shown, identify the correct operating parameters of the lift:
  426. #426Based on the work envelope chart shown, determine the maximum permissible load on the work platform raised to a height of 21 m at an outreach of 11 m:
  427. #427Based on the work envelope chart shown, determine the maximum permissible load on the work platform raised to a height of 18 m at an outreach of 8 m:
  428. #428Using the working envelope chart shown, determine the maximum permissible load on the working platform raised to a height of 20 m at a horizontal outreach of 10 m:
  429. #429Using the working envelope chart shown, determine the maximum permissible load on the working platform raised to a height of 19 m at a horizontal outreach of 11 m:
  430. #430Using the working envelope chart shown, identify the maximum horizontal outreach of the working platform carrying a load of 215 kg and raised to a height of 22 m:
  431. #431Using the working envelope chart shown, identify the maximum horizontal outreach of the working platform carrying a load of 215 kg and raised to a height of 17 m:
  432. #432Using the working envelope chart shown, identify the maximum horizontal outreach of the working platform carrying a load of 115 kg and raised to a height of 14 m:
  433. #433Using the working envelope chart shown, identify the maximum horizontal outreach of the working platform carrying a load of 80 kg and raised to a height of 18 m:
  434. #434Based on the working envelope chart shown, identify the correct operating parameters of the mobile elevating work platform:
  435. #435Based on the working envelope chart shown, determine the maximum permissible load on the work platform raised to a height of 16 m at an outreach of 8 m:
  436. #436Based on the working envelope chart shown, determine the maximum permissible load on the work platform raised to a height of 15 m at an outreach of 10 m:
  437. #437Based on the working envelope chart shown, identify the maximum outreach of the work platform carrying a load of 200 kg:
  438. #438Based on the working envelope chart shown, identify the correct operating parameters of the mobile elevating work platform:
  439. #439Based on the working envelope chart shown, identify the correct operating parameters of the mobile elevating work platform:
  440. #440Using the working envelope diagram shown, determine the maximum permissible load on the work platform raised to a height of 12 m at an outreach of 4 m:
  441. #441Using the working envelope diagram shown, determine the maximum permissible load on the work platform raised to a height of 8 m at an outreach of 6 m:
  442. #442Using the working envelope diagram shown, identify the maximum outreach of the work platform carrying a 200 kg load:
  443. #443Using the working envelope diagram shown, identify the maximum outreach of the work platform carrying an 80 kg load:
  444. #444Using the working envelope diagram shown, identify the maximum outreach of the work platform carrying a 240 kg load:
  445. #445Using the working envelope diagram shown, identify the correct operating parameters of the mobile elevating work platform:
  446. #446Based on the work envelope chart shown, identify the correct operating parameters of the mobile elevating work platform:
  447. #447Based on the work envelope chart shown, identify the correct operating parameters of the mobile elevating work platform:
  448. #448Using the working envelope chart shown, identify the correct operating specifications of the mobile elevating work platform:
  449. #449Based on the work envelope chart shown, determine the maximum permitted load on the work platform raised to a height of 23 m at an outreach of 6 m:
  450. #450Based on the work envelope chart shown, determine the maximum permitted load on the work platform raised to a height of 22 m at an outreach of 9 m:
  451. #451Based on the working envelope diagram, determine the maximum permitted number of people who can be raised to a height of 24 m:
  452. #452Using the working envelope chart shown, determine the maximum permitted number of people who can be raised to a height of 18 m at an outreach of 10 m.
  453. #453Using the working envelope chart shown, identify the maximum outreach of the working platform carrying a load of 200 kg.
  454. #454Using the working envelope chart shown, identify the correct operating parameters of the elevating work platform.
  455. #455Using the working envelope chart shown, identify the correct operating parameters of the elevating work platform.
  456. #456Using the working envelope chart shown, determine the maximum permitted load on the working platform on the vehicle's left side, 6 m from the axis of rotation.
  457. #457Using the working envelope chart shown, determine the maximum permitted load on the working platform on the vehicle's left side, 8 m from the axis of rotation.
  458. #458Using the working envelope chart shown, determine the maximum permissible outreach of the aerial work platform with a load of 200 kg.
  459. #459Using the working envelope chart shown, determine the maximum permissible outreach of the aerial work platform with a load of 120 kg.
  460. #460Using the working envelope chart shown, determine the maximum permissible outreach of the aerial work platform with a load of 80 kg.
  461. #461Using the working envelope chart shown, identify the correct operating parameters of the aerial work platform:
  462. #462Using the working envelope chart shown, identify the correct operating parameters of the aerial work platform:
  463. #463Using the working envelope chart shown, identify which raised platform position is impossible:
  464. #464Using the working envelope chart shown, identify the correct operating specifications of the mobile elevating work platform:
  465. #465The overhead crane supply isolator:
  466. #466Anti-drop supports are:
  467. #467Rail sweepers are:
  468. #468Rail clamps are:
  469. #469What are the differences between a hoist and a winch?
  470. #470Electrical safety devices used in overhead cranes include:
  471. #471Mechanical safety devices used in the construction of overhead cranes include:
  472. #472Which load-bearing structural component connects the end carriages?
  473. #473Where are anti-drop supports installed?
  474. #474How many rope-clamping elements should be fitted to the rope drum?
  475. #475The main switch should not disconnect the circuits supplying:
  476. #476The main components of an overhead crane's load-bearing structure are:
  477. #477What is the purpose of the zero-position interlock?
  478. #478The hoisting mechanisms of general-purpose overhead cranes should use:
  479. #479The STOP switch:
  480. #480The crane disconnect switch should be located:
  481. #481Mechanical safety components include:
  482. #482Which of the following groups consists of mechanical safety devices?
  483. #483Unless otherwise specified by the manufacturer, what is the allowable wear in the throat of a general-purpose overhead crane hook?
  484. #484Unless otherwise specified by the manufacturer, what is the allowable increase in the hook throat opening?
  485. #485Which mechanical safety devices are located on the crane's end carriage?
  486. #486Unless otherwise specified by the manufacturer, what reduction in rope diameter is permissible due to wear of the outer layer of wires?
  487. #487Must every travelling crane operating outdoors be equipped with an anemometer?
  488. #488Must every travelling crane operating outdoors be equipped with storm rail clamps?
  489. #489Must every cab-operated overhead travelling crane have a zero-position interlock?
  490. #490The "STOP" safety switch is used to:
  491. #491The buffers of a travelling crane are:
  492. #492A complete check of the hoisting mechanism brake consists of:
  493. #493The purpose of an anti-drop support is to:
  494. #494The zero-position interlock on cab-operated cranes prevents:
  495. #495What are wind protection devices used for?
  496. #496The photograph shows a:
  497. #497The hoisting mechanism's upper limit switch:
  498. #498What does the marking Q 10 t + 10 t on the crane bridge mean?
  499. #499What is cross-interlocking in a pendant control station?
  500. #500Power controllers are crane components used for:
  501. #501The mechanical crane travel limiter fitted to the runway is:
  502. #502What is the rated capacity of a crane marked Q 10/3.2 t?
  503. #503Activation of the rated capacity limiter will cause:
  504. #504An end carriage is a component of:
  505. #505Unless otherwise specified by the manufacturer, the limit switches of the crane travel mechanism are intended to:
  506. #506The STOP switch at the crane operator's station is used to:
  507. #507When two or more cranes operate on the same runway, the electrical protection that prevents them from colliding is:
  508. #508Travel directions on a radio-controlled crane should be marked:
  509. #509The abbreviation GNP stands for:
  510. #510What prevents the load attachment from slipping out of the hook throat?
  511. #511What colour should the emergency STOP switch be?
  512. #512A crane girder is:
  513. #513What types of hooks may be used in hook blocks?
  514. #514Which overhead travelling cranes do not require an upper limit switch for the hoisting mechanism?
  515. #515Unless the manufacturer specifies otherwise, what is the minimum clearance at which the hook block must stop below the lowest components of the overhead travelling crane?
  516. #516Where are overhead travelling crane buffers mounted?
  517. #517What is the permissible number of visible cracks in an overhead travelling crane hook?
  518. #518Which of the following can be a safety device fitted to an overhead travelling crane’s hoisting mechanism?
  519. #519What does the overhead travelling crane capacity marking 8t+8t mean?
  520. #520The basic parameters of a hoist include:
  521. #521Checking the zero-position interlock:
  522. #522During a check of the zero-position interlock:
  523. #523May an operator overload an overhead travelling crane in certain situations during operation?
  524. #524Can a sling be attached to the tip of a hook (the hook point)?
  525. #525Lifting loads through an opening in a floor slab from a lower storey:
  526. #526When a truck is being loaded using an overhead crane, the driver should be:
  527. #527If a load starts swinging, you should:
  528. #528One cubic metre of steel weighs approximately:
  529. #529A load of steel sheets with a volume of 0.5 cubic metres:
  530. #530When lifting a large load with several slingers present and giving instructions to the overhead crane operator, you should:
  531. #531Loads may be stored:
  532. #532An overhead crane fitted with a pneumatic lifting attachment can be used to lift:
  533. #533The hoisting mechanism brake test fails if:
  534. #534Unless otherwise specified by the manufacturer, the downward limit switch of the hoisting mechanism must be set so that:
  535. #535An important criterion for assessing hook wear is:
  536. #536The upward limit switch of the hoisting mechanism is checked:
  537. #537A broken strand in the crane's hoist rope means that:
  538. #538The illustration shows the identification tag of:
  539. #539The illustration shows the identification tag of:
  540. #540The illustration shows the identification tag of:
  541. #541A lifting beam is used to:
  542. #542The minimum lifting capacity of a lifting appliance raising a 24 t load using the illustrated lifting beam is:
  543. #543The abbreviation DOR means:
  544. #544A load must be suspended from a ramshorn hook:
  545. #545A reduction in the DOR of a multi-leg sling depends on:
  546. #546Based on the diagram, identify value A for the wire rope sling:
  547. #547Based on the diagram, identify value A for the wire rope sling:
  548. #548The diagram shows:
  549. #549Based on the diagram, identify value A (angle α) for the two-leg sling:
  550. #550Based on the diagram, identify value A (angle α) for the two-leg sling:
  551. #551Based on the diagram, identify value A (DOR depending on angle α) for the two-leg sling:
  552. #552Based on the diagram, identify value A (DOR depending on angle α) for a two-leg sling:
  553. #553Based on the diagram, identify value A (DOR depending on the slinging method) for a webbing sling:
  554. #554Based on the diagram, identify value A (DOR depending on the slinging method) for a webbing sling:
  555. #555Based on the diagram, identify value A (DOR depending on the slinging method) for a webbing sling:
  556. #556Indicate which method of suspending the load is correct:
  557. #557Indicate which method of suspending the load using a wire rope sling is correct:
  558. #558The illustration below shows:
  559. #559The illustration below shows:
  560. #560The special-purpose lifting attachment shown in the illustration is used for:
  561. #561The special-purpose lifting attachment shown in the illustration is used for:
  562. #562Who is responsible for selecting the correct lifting sling?
  563. #563Lifting slings are subject to periodic inspections at the following intervals:
  564. #564The choice of sling type depends on:
  565. #565Before starting work, the operator must:
  566. #566A lifting sling is:
  567. #567Lifting slings can be classified:
  568. #568The DOR of a webbing sling can be determined by:
  569. #569Using a sling without an identification plate:
  570. #570Chain slings:
  571. #571The maximum permissible included angle α between sling legs is:
  572. #572The maximum angle β in a sling is:
  573. #573Identify the incorrect method of suspending a load using a wire rope sling:
  574. #574Identify the correct way of attaching the hook:
  575. #575Identify the incorrect ways of attaching the hook:
  576. #576Using the diagram, identify value A for a two-leg sling:
  577. #577Using the diagram, identify value A for a two-leg sling:
  578. #578Unless the manufacturer specifies otherwise, the permissible wear limits for sling hooks are:
  579. #579Unless the manufacturer specifies otherwise, the permissible number of broken wires in a wire rope sling is:
  580. #580Which of the following defects disqualify a wire rope sling from further use?
  581. #581As the included angle α increases:
  582. #582For lifting slings, angles α and β:
  583. #583When lifting items with sharp edges using a webbing sling, you must:
  584. #584The DOR of a multi-leg sling is:
  585. #585Using slings at temperatures above 100°C is:
  586. #586The image below shows:
  587. #587The maximum DOR of the sling shown is:
  588. #588The maximum working load limit (DOR) of the sling shown at an apex angle β of 60° is:
  589. #589The maximum working load limit (DOR) of the sling shown at an apex angle β of 45° is:
  590. #590Based on the drawing, indicate the correct way to attach the hook:
  591. #591At an angle β of 55°, the maximum mass of the load being lifted must not exceed:
  592. #592At an angle β of 40°, the maximum mass of the load being lifted must not exceed:
  593. #593At an angle β of 50°, the maximum mass of the load being lifted must not exceed:
  594. #594The maximum mass of the load being lifted at an angle β of 65° must not exceed:
  595. #595Based on the illustration, determine the maximum load mass that can be lifted using a four-leg sling:
  596. #596Based on the illustration, determine the maximum load mass that can be lifted using a four-leg sling:
  597. #597Based on the illustration, determine the maximum load mass that can be lifted using a four-leg sling:
  598. #598Which of the illustrated special lifting attachments can be used to lift metal plates in a vertical position:
  599. #599Which of the illustrated lifting accessories can be used to lift metal plates in a horizontal position:
  600. #600Which of the lifting accessories shown can be used to lift steel I-beams?
  601. #601Which of the lifting accessories shown can be used to lift long steel bars?
  602. #602Which of the lifting accessories shown can be used to lift loads stored on transport pallets?
  603. #603Which of the lifting accessories shown can be used to lift a metal sheet in a horizontal position?
  604. #604In the image below, the symbol α denotes:
  605. #605In the image below, the symbol β denotes:
  606. #606Which of the following requirements must a sling used to move a load meet?
  607. #607Before starting work with an overhead crane, the operator should:
  608. #608If an overhead crane breaks down with a load on the hook, the operator should take the following actions:
  609. #609The operator is prohibited from:
  610. #610Checking the operation of limit switches:
  611. #611The brake test is carried out:
  612. #612If a strand is forced out of a wire rope:
  613. #613If an overhead crane becomes damaged:
  614. #614The hoisting mechanism's upper limit switch is tested:
  615. #615Which device limits the operating motions of an overhead crane's mechanisms?
  616. #616After finishing work, the hook block:
  617. #617What does the marking 20/5 t on an overhead crane mean?
  618. #618What does the marking 25 t + 5 t on an overhead crane mean?
  619. #619At what height above people may a load be moved using an overhead crane?
  620. #620At what height above obstacles, such as machinery, is it recommended to move a load using an overhead crane?
  621. #621What is the purpose of the controller zero-position interlock?
  622. #622How should large, bulky loads be prevented from swinging?
  623. #623When should a lifting beam be used?
  624. #624Is it permitted to lift loads embedded in the ground or frozen to a surface?
  625. #625During work, may a load suspended from an overhead crane's hook be left unattended?
  626. #626Can a single load be lifted by two or more overhead cranes?
  627. #627Transporting people together with a load:
  628. #628Who may give the “STOP” signal, which requires an immediate response?
  629. #629How should a load be suspended from a ramshorn hook?
  630. #630Which mechanism may be used to drag a load lying outside the overhead crane's working area?
  631. #631What should an overhead crane operator do upon seeing people in the path of the load being moved?
  632. #632What should the operator do if the upward-travel limit switch of the hoisting mechanism is found to be incorrectly set?
  633. #633What should be done after finishing work with an overhead crane?
  634. #634If an operator notices a load slowly lowering on its own while it is being moved by an overhead crane, this:
  635. #635Combining overhead crane motions means:
  636. #636Before lifting a load of unknown mass, you should:
  637. #637The hoisting mechanism brake test is carried out:
  638. #638How should the limit switches on two-speed overhead or gantry cranes be checked correctly?
  639. #639May the operator of an overhead or gantry crane, hoist or winch leave slings on the hoisting mechanism hook after finishing work?
  640. #640May an operator use equipment with a defective hoisting mechanism brake?
  641. #641May an operator lift a load being handled if the hoisting ropes of the hoist, winch, overhead crane or gantry crane are not vertical?
  642. #642The operator of an overhead or gantry crane must engage the wind securing devices:
  643. #643Above containers in which people may be present:
  644. #644If visibility of the load storage location is restricted, you should:
  645. #645The zero-position interlock will prevent an overhead or gantry crane from being switched on if:
  646. #646What does the safety zone of an overhead crane in motion depend on?
  647. #647Mechanical safety devices used in overhead crane construction include:
  648. #648What does the safety zone of a moving overhead crane depend on?
  649. #649The illustration below shows the identification marking of:
  650. #650The maximum mass of the load lifted at an angle β of 55° must not exceed:
  651. #651The maximum mass of the load lifted at an angle β of 40° must not exceed:
  652. #652The maximum mass of the load lifted at an angle β of 50° must not exceed:
  653. #653The maximum mass of the load lifted at an angle β of 65° must not exceed:
  654. #654In the photo below, the symbol β indicates:
  655. #655A grab is used to transport:
  656. #656An electromagnetic lifting attachment is used to transport:
  657. #657Overhead travelling cranes used to transport molten metals should:
  658. #658Which attachment is used to transport bulk materials?
  659. #659Which statement describes an overhead travelling crane with an integral lifting beam?
  660. #660For a ladle crane:
  661. #661The core of the hoist rope on a ladle crane should be made of:
  662. #662A ladle crane has:
  663. #663Special-purpose overhead travelling cranes may have electrical protection in the form of:
  664. #664The attachment shown in the photograph is:
  665. #665How many brakes must a ladle crane have in its hoisting mechanism?
  666. #666An overhead crane with a lifting beam is used for:
  667. #667The overload limiter on an overhead crane should disable:
  668. #668A pneumatic lifting attachment lifts a load by means of:
  669. #669When operating an overhead crane equipped with an electromagnetic lifting attachment:
  670. #670An overhead crane with a pneumatic lifting attachment can be used to lift:
  671. #671After finishing work with an overhead crane equipped with a lifting beam and lifting attachments:
  672. #672An overhead crane with a lifting attachment is commonly called a:
  673. #673A grab overhead crane is commonly called a:
  674. #674Unless the instructions state otherwise, a mandatory duty of a grab overhead crane operator is to:
  675. #675Unless otherwise specified by the manufacturer, the permissible wear limits for a hook on a ladle crane are:
  676. #676While a rail wagon containing sand is being unloaded using an overhead crane with a grab bucket, inside the wagon:
  677. #677Crane parameters include:
  678. #678A hydraulic lock (pilot-operated check valve) in a crane's hydraulic system provides protection against:
  679. #679Pilot-operated check valves (hydraulic locks) are installed in the following systems:
  680. #680The component that generates pressure in a crane's hydraulic system is:
  681. #681The purpose of a pressure relief valve installed in a crane's hydraulic system is to:
  682. #682The safety relief valve in a hydraulic system protects:
  683. #683Hydraulic locks (pilot-operated check valves) installed in the hydraulic systems of loader cranes:
  684. #684So-called hydraulic locks (pilot-operated check valves):
  685. #685A hydraulic directional control valve is installed in a system to:
  686. #686An actuator in a crane's hydraulic system is:
  687. #687The component that protects a hydraulic system against excessive pressure is:
  688. #688The directional control valve in a crane's hydraulic system can be operated:
  689. #689The safety valve in a crane's hydraulic system:
  690. #690Which valve in a crane's hydraulic system can be integrated with the hydraulic cylinder?
  691. #691When oil pressure rises excessively, the pressure relief valve in a crane's hydraulic system directs the oil:
  692. #692Where are pilot-operated check valves, also called hydraulic locks, located?
  693. #693The STOP emergency stop switch:
  694. #694Where is the STOP emergency stop switch located on a loader crane?
  695. #695The crane's slewing mechanism includes:
  696. #696The crane's overturning moment increases:
  697. #697When the stabilizing moment is greater than the overturning moment:
  698. #698The operating radius of a loader crane:
  699. #699Deployed outriggers on a loader crane:
  700. #700The crane's operating radius is the horizontal distance between the attachment point of the load-handling device on the boom and:
  701. #701The operating radius can be increased using:
  702. #702A crane's telescopic boom:
  703. #703The crane's load chart shows the relationship between:
  704. #704A loader crane's auxiliary jib:
  705. #705The stability of a loader crane is affected by:
  706. #706Overloading of the crane's load-bearing structure occurs when:
  707. #707The illustration shows:
  708. #708What do the indications in the illustration refer to?
  709. #709The illustration indicates:
  710. #710The illustration informs the operator about:
  711. #711The graphical symbol shown relates to:
  712. #712Moving the lever in direction C, as shown in the diagram, activates:
  713. #713Moving the lever in direction B (as shown in the diagram) activates:
  714. #714Moving the lever in direction C (as shown in the diagram) activates:
  715. #715The graphic symbol shown identifies:
  716. #716The graphic symbol shown identifies:
  717. #717The illustration informs the operator about:
  718. #718Operating a loader crane with a cracked outrigger is:
  719. #719What data does the rated capacity limiter read?
  720. #720The crane outrigger transport lock is used to:
  721. #721Direct control means:
  722. #722Indirect control means:
  723. #723A synchronous boom telescoping system means that:
  724. #724An asynchronous boom telescoping system means that:
  725. #725Safety devices used on crane hooks include:
  726. #726Who specifies the hook wear limits?
  727. #727Unless the manufacturer specifies otherwise, what is the permissible wear at the throat of a crane hook?
  728. #728Unless the manufacturer specifies otherwise, what is the permissible increase in hook throat opening?
  729. #729The technical condition of a hook is determined on the basis of:
  730. #730To recondition a hook, we may:
  731. #731A hook record card is:
  732. #732An auxiliary jib fitted to some cranes is:
  733. #733A crane outrigger is:
  734. #734The rated capacity limiter does not protect against:
  735. #735When pressure is released, the controls should:
  736. #736Criteria for assessing wire rope deterioration include:
  737. #737A reduction in the external diameter of the hoist rope may be caused by:
  738. #738Loader cranes can be installed on:
  739. #739According to the diagram shown, the crane's telescopic boom consists of:
  740. #740Parts of a hook include:
  741. #741A crane with a personnel basket mounted directly on its boom, in accordance with the operating instructions, may be operated by a person who:
  742. #742Using the diagram, identify which dangerous movements will be disabled when the load limiter activates:
  743. #743Based on the drawing, identify which dangerous movements will be disabled when the load limiter activates:
  744. #744Operating the crane's outriggers while a load is suspended from its hook is:
  745. #745How is load monitoring implemented in loader cranes?
  746. #746Unless the manufacturer specifies otherwise, the rated capacity limiter should activate when the load mass exceeds:
  747. #747The wind speed above which operating a loader crane is prohibited:
  748. #748The maximum slope of the ground on which the crane is set up must not exceed:
  749. #749Before setting up the crane at a new workplace, the operator should:
  750. #750The safe distance for setting up a crane from the edge of an excavation depends on:
  751. #751Before starting unloading work, the crane operator must:
  752. #752When assessing the crane's technical condition before starting work, the operator:
  753. #753When assessing the crane's technical condition before starting work, the operator:
  754. #754When assessing the technical condition of the hydraulic system, the operator:
  755. #755Leakage in a crane's hydraulic system may manifest itself as:
  756. #756The operator checks the hydraulic system's oil level:
  757. #757Unless the manufacturer specifies otherwise, the internal leakage test of the hydraulic system is performed:
  758. #758Telescoping the boom assembly with a suspended load is:
  759. #759While the slewing mechanism is operating, the crane's stability:
  760. #760Unless the manufacturer specifies otherwise, the operation of the crane's pilot-operated check valves (hydraulic locks) should be checked:
  761. #761Immediately after finishing work, the crane operator must:
  762. #762An excessively swinging load can cause:
  763. #763The safe method of checking the pressure relief valve on loader cranes with direct controls is carried out:
  764. #764Who establishes the criteria and conditions for correctly testing the hydraulic system?
  765. #765Using the diagram, determine beyond which working radius the rated capacity limiter will activate on the crane designated 600 T with a suspended load of 700 kg:
  766. #766Using the diagram, determine at which working radius the crane's rated capacity limiter will activate with a suspended load of 3320 kg:
  767. #767May the operator check the rated capacity limiter on a portable crane?
  768. #768Operating a crane without outriggers:
  769. #769Operating a crane during a thunderstorm with lightning is:
  770. #770The minimum temperature below which the crane must not be operated:
  771. #771The maximum permissible wind speed at which the crane can be operated safely:
  772. #772The selection of the appropriate operating program for the crane's load limiter may be affected by:
  773. #773Placing spreader pads under the crane outriggers:
  774. #774Outrigger pads are not used:
  775. #775If there is insufficient space to deploy the outriggers, the crane operator may:
  776. #776The crane outriggers must be deployed:
  777. #777Based on the drawing, identify the correct measurement of the minimum distance from the excavation:
  778. #778The safe crane setup distance from the excavation edge depends on:
  779. #779Setting up a crane near the edge of an unsupported excavation:
  780. #780The safe distance between a crane and a power line:
  781. #781The mandatory minimum distances from power lines are established by:
  782. #782What is the safe distance between a crane or its load and the outermost conductors of power lines with a nominal voltage from 1 kV to 15 kV?
  783. #783What is the safe distance between a crane or its load and the outermost conductors of a power line with a nominal voltage above 110 kV?
  784. #784Based on the diagram, identify the correct measurement of the minimum distance from the power line:
  785. #785Operating a crane near a power line at a distance smaller than the permitted clearance is:
  786. #786The permitted working clearance between a crane and an overhead power line is measured:
  787. #787When lifting and moving loads, it is prohibited to:
  788. #788Lifting loads whose mass exceeds the permissible lifting capacity is:
  789. #789Unless the manufacturer specifies otherwise, hydraulic locks on cranes with direct controls are tested as follows:
  790. #790When unloading materials from mobile transport vehicles, the operator must ensure that:
  791. #791In which places is a slinger's presence prohibited or inappropriate?
  792. #792During lifting operations, the crane operator:
  793. #793Operating a crane with a hook missing its factory-fitted safety latch is:
  794. #794Using the diagram, select the appropriate outreach and test load for the crane's internal leakage test:
  795. #795Unless otherwise specified by the manufacturer, the maximum permissible load sinking for construction loader cranes with an outreach below 12 m during the leakage test is:
  796. #796Unless otherwise specified by the manufacturer, the maximum permissible load sinking for timber loader cranes during the leakage test is:
  797. #797When assessing the technical condition of the crane's control panel, the operator checks:
  798. #798During daily servicing, the crane operator must:
  799. #799If the operator cannot observe the load's entire travel path:
  800. #800When operating a timber loader crane:
  801. #801An excessively swinging load can cause:
  802. #802Using the diagram, determine the maximum height to which a load weighing 3.4 t can safely be lifted:
  803. #803Based on the diagram, determine the maximum distance to which a load weighing 3.4 t can safely be placed:
  804. #804Based on the diagram, identify the correct operating parameters of the crane:
  805. #805Based on the diagram, identify the correct operating parameters of the crane:
  806. #806Based on the diagram, identify the maximum load weight that can be placed at a distance of 10 m:
  807. #807Based on the diagram, identify the maximum load weight that can be placed at a distance of 20 m:
  808. #808Based on the diagram, determine the maximum height to which a load weighing 3.32 t can safely be placed:
  809. #809Using the diagram, determine the maximum distance at which a load weighing 3.32 t can be safely placed:
  810. #810Based on the diagram shown, identify the correct operating parameters of the crane:
  811. #811Using the diagram, identify the correct operating parameters of the crane:
  812. #812Based on the diagram, identify the maximum load mass that can be placed at a distance of 4 m:
  813. #813Using the diagram, identify the maximum mass of a load that can be placed at a distance of 13 m:
  814. #814Using the diagram, determine the maximum height at which a load weighing 890 kg can be safely placed:
  815. #815Based on the diagram shown, determine the maximum distance at which a load weighing 620 kg can safely be placed:
  816. #816Based on the diagram shown, identify the correct operating parameters of the crane:
  817. #817Based on the diagram shown, identify the correct operating parameters of the crane:
  818. #818Based on the diagram shown, identify the maximum load mass that can be placed at a horizontal distance of 4 m and a height of 5.8 m:
  819. #819Based on the diagram shown, identify the maximum load mass that can be placed at a horizontal distance of 1.8 m and a height of 4 m:
  820. #820Based on the diagram shown, determine the maximum distance at which a load weighing 3980 kg can safely be placed:
  821. #821Based on the diagram shown, identify the correct operating parameters of the crane:
  822. #822Based on the diagram shown, identify the correct operating parameters of the crane:
  823. #823Based on the diagram shown, identify the maximum load mass that can be placed at a horizontal distance of 7.2 m:
  824. #824Based on the diagram shown, determine the maximum horizontal distance at which a load of 3790 kg can be safely placed:
  825. #825Based on the diagram shown, determine the maximum height at which a load of 3790 kg can be safely placed:
  826. #826Based on the diagram shown, identify the correct operating parameters of the crane:
  827. #827Based on the diagram shown, identify the correct operating parameters of the crane:
  828. #828Based on the diagram shown, identify the maximum load mass that can be placed at a distance of 12.25 m:
  829. #829Based on the diagram shown, identify the maximum load mass that can be placed at a distance of 17 m:
  830. #830Based on the diagram shown, identify the correct operating parameters of the crane:
  831. #831Based on the diagram shown, determine the maximum distance at which a load weighing 1300 kg can safely be placed using the crane designated 700T:
  832. #832Based on the diagram shown, determine the maximum distance at which a load weighing 1350 kg can safely be placed using the crane designated 600T:
  833. #833Based on the diagram, identify the correct operating parameters of the cranes:
  834. #834Based on the diagram, identify the correct operating parameters of the crane:
  835. #835Based on the diagram, identify the maximum load mass that the crane designated 600T can place at a distance of 10 m:
  836. #836Based on the diagram, identify the maximum load mass that the crane designated 600T can place at a distance of 8 m:
  837. #837Based on the diagram, determine the maximum distance at which a load weighing 1290 kg can be safely placed:
  838. #838Based on the diagram, determine the maximum height at which a load weighing 1290 kg can be safely placed:
  839. #839Based on the diagram shown, identify the correct operating parameters of the crane:
  840. #840Based on the diagram shown, identify the correct operating parameters of the crane:
  841. #841Based on the diagram shown, identify the maximum load mass that can be placed at a distance of 12.35 m:
  842. #842Based on the diagram shown, identify the maximum load mass that can be placed at a distance of 6.35 m:
  843. #843Based on the diagram shown, determine the maximum distance at which a load of 6470 kg can safely be placed:
  844. #844Based on the diagram shown, determine the maximum height at which a load of 6470 kg can safely be placed:
  845. #845Using the diagram shown, identify the correct crane operating parameters:
  846. #846Using the diagram shown, identify the correct crane operating parameters:
  847. #847Using the diagram shown, identify the maximum load mass that can be placed at a distance of 13.9 m:
  848. #848Using the diagram shown, identify the maximum load mass that can be placed at a distance of 6.95 m:
  849. #849Using the illustration shown, identify value A for the wire rope sling:
  850. #850The illustration shows:
  851. #851Based on the diagram, identify value A (angle α) for a two-leg sling:
  852. #852The illustration shows:
  853. #853The illustration shows:
  854. #854Identify which method of attaching the hook is correct:
  855. #855Based on the diagram, identify value A for a two-leg sling:
  856. #856Based on the diagram, identify value A for a two-leg sling:
  857. #857Which of the following requirements must a lifting sling used to move a load meet: