Exam questions on the operation of technical equipment: mobile mobile platforms.
WYNIK
#1. Technical equipment under technical supervision may be operated on the basis of:
#2. Which of the listed activities are not part of the responsibilities of the UTB operator:
#3. Timing of maintenance inspections of technical equipment:
#4. Technical supervision is called:
#5. Technical supervision of technical equipment is performed:
#6. A change in technical parameters or a change in the design of a technical device is treated as:
#7. The agreed repair or upgrade of technical equipment can be performed:
#8. The Law on Technical Supervision defines the following forms of technical supervision:
#9. A decision authorizing the operation of a technical device shall be issued:
#10. An operator of a technical device may undertake work when:
#11. An operator of a technical device may undertake work when:
#12. If the operator fails to comply with the regulations on technical supervision, the operator:
#13. If a threat to human life or health and property and the environment is found, the inspector:
#14. In case of dangerous damage to a technical device or an accident, the operator:
#15. The qualification certificate for service may be revoked by:
#16. Technical devices not covered by technical supervision are:
#17. Technical devices covered by technical supervision are:
#18. Dangerous damage to a technical device is:
#19. An unfortunate accident is:
#20. Responsible for ensuring proper operation and maintenance of the technical device is:
#21. Maintenance inspections required by law are performed:
#22. The maintenance log of the technical device shall be kept:
#23. Acceptance tests are carried out for technical equipment:
#24. Periodic examinations are carried out for technical equipment under supervision:
#25. Absence of the maintainer from the examination of the technical device requires min:
#26. A candidate to operate a technical device must:
#27. The operator of a technical device is required to stop work when:
#28. The timing of maintenance inspections of the device may be specified:
#29. The dates for periodic and ad hoc inspection tests of UTBs are specified:
#30. The duty of the operator of the technical device is:
#31. The technical device can be operated on the basis of:
#32. After the activities performed on the technical device, the inspector shall draw up:
#33. Repair and modernization of a technical device is performed:
#34. Directly responsible for the safe operation of the technical device is:
#35. Information on the principles of safe operation of the device is contained in:
#36. As part of the pre-work activities, the operator:
#37. Qualification certificates for the operation of technical equipment subject to technical supervision are issued:
#38. Overloading the UTB during operation:
#39. Ad hoc in-service testing is performed, among other things:
#40. The duties of the attendant are specified:
#41. Periodic testing of the technical device is carried out by:
#42. The unit of technical supervision is:
#43. Qualification certificates for operating technical equipment are valid in the territory:
#44. The obligation of operators of technical equipment to use personal protective equipment results from:
#45. According to the Decree of the Council of Ministers on the types of technical equipment subject to technical supervision, technical supervision regulations are subject to:
#46. Operating instructions may not include:
#47. The device’s audit book must include:
#48. Decision issued by UDT:
#49. A person may take the qualification examination who:
#50. After completing the technical examination with a positive result, the UDT inspector:
#51. Qualification certificates:
#52. Making modifications to a technical device without agreement with the authority of the competent technical supervision unit:
#53. Who allows the operation of a technical device without a valid decision authorizing its operation:
#54. The operating instructions are:
#55. Qualification certificates for service are not required:
#56. A person with qualification certificates can operate:
#57. The duty of the operator of the technical device is:
#58. Qualification certificate to operate technical equipment are:
#59. An attendant who witnesses an accident has a duty:
#60. The forms of technical supervision are:
#61. Qualification certificates for the operation of technical equipment subject to technical supervision are issued:
#62. The examination committee shall notify the person concerned of the result of the examination:
#63. A maintenance log should be kept:
#64. Position manual:
#65. After the expiration of the qualification certificate to operate the equipment operator:
#66. Renewal of the qualification certificate is carried out:
#67. The lifting capacity of a UTB is a device parameter directly related to:
#68. Information on the lifting capacity of the device can be included:
#69. The correct term for the lifting unit is:
#70. The reach of the platform is:
#71. A component of the working field diagram of the platform is not:
#72. Unless otherwise specified by the manufacturer, maintenance inspections of mobile platforms should be carried out no less frequently than:
#73. Periodic examinations of mobile platforms are performed:
#74. The operator of a mobile platform controlled from a work platform can be a person who:
#75. In the case of platforms where the number of people allowed on the working platform is more than 2, the qualification certificate for operation must have:
#76. Based on the figure shown, determine the maximum lifting capacity of the platform:
#77. Based on the figure shown, determine the maximum number of people that can be on the work platform:
#78. Based on the presented drawing, determine the correct parameters for the operation of the platform:
#79. The figure shown specifies:
#80. The figure shown specifies:
#81. The figure shown specifies:
#82. A burning warning light next to the shown graphic symbol found in some platforms means:
#83. The platform marked with the illustration shown is:
#84. The figure shown specifies:
#85. The selection of position A in the figure shown means:
#86. Activation of the scissor platform driving mechanism is carried out by pivoting the control lever after first pressing the button marked with a letter:
#87. Activation of the scissor platform lifting mechanism is carried out by pivoting the control lever after first pressing the button marked with a letter:
#88. Which of the labeled pictograms indicates the turning function of the running wheels of the platform:
#89. The maximum lifting capacity of the platform from the figure shown consists of:
#90. The figure shown specifies:
#91. Swinging the control lever in the direction of A causes:
#92. Swinging the control lever in the B direction causes:
#93. Pressing the buttons marked with the letter C located on the control lever causes:
#94. The symbol shown specifies:
#95. The mechanical safety element that protects the scissor platform from the effects of damage to the running wheels when the platform is raised is the element marked in the figure:
#96. The mechanical safety element that protects the scissor platform from the effects of damage to the running wheels when the platform is raised is:
#97. Batteries of electric mobile platforms:
#98. The parameters specified by the manufacturer on the nameplate of the batteries are:
#99. The STOP safety switch is:
#100. STOP Safety Switch:
#101. STOP Safety Switch:
#102. One way to protect the platform from accidental activation of the control levers is:
#103. The travel speed of the mobile mobile platform of the slow-moving vehicle:
#104. The travel speed value of a slow-moving platform is influenced by:
#105. Moving platform supports are designed to:
#106. Platform pivot column:
#107. What is the difference between an overhang and an outrigger?
#108. Changing the overhang can be implemented by:
#109. Telescopic platform boom:
#110. A controllable check valve (hydraulic lock) in the platform’s hydraulic system provides protection against:
#111. What kind of safety valve is in the hydraulic system of the supports?
#112. Check valves (hydraulic locks) are installed in systems:
#113. The pressure-generating element of the platform’s hydraulic system is:
#114. Bypass valve installed in the hydraulic system of the platform:
#115. Hydraulic safety features include:
#116. The safety valve in the hydraulic system protects:
#117. Hydraulic locks installed in hydraulic systems of platforms:
#118. A hydraulic distributor is installed in the system to:
#119. The actuating element in the hydraulic system of the platform is:
#120. The element that protects the hydraulic system from excessive pressure build-up is:
#121. The control of the manifold in the hydraulic system of the platform can be implemented in a way:
#122. A bypass valve in the platform’s hydraulic system diverts oil during excessive pressure build-up:
#123. Where are controllable check valves (so-called hydraulic locks) installed?
#124. The criteria and conditions for the correct performance of hydraulic system tests are established:
#125. Hydraulic oil density at freezing temperatures:
#126. What is a “tipping edge”?
#127. The permissible wind speed during platform operation is:
#128. The mobile platforms are designed for:
#129. Mechanical-type safety features found in mobile mobile platforms are:
#130. Electrical type safety devices found in mobile mobile platforms are:
#131. Adjustments to the spacing of supports can be made:
#132. Emergency lowering in free-scissor platforms is implemented most often:
#133. A sensor for folding the vehicle-mounted platform boom into the transport position protects against:
#134. Contacts of the correct distribution of supports in the downward direction in the crossing platform:
#135. Tools and components located on the work platform:
#136. The work platform can include:
#137. Which activity is particularly dangerous when working at maximum height?
#138. Which activity is particularly dangerous when working at maximum overhang?
#139. The safe spacing distance of the platform from the edge of the excavation depends on:
#140. The safe spacing distance of the platform from the edge of the excavation depends on:
#141. Setting up the platform at the edge of the excavation:
#142. Based on the drawing shown, indicate the correct measurement of the safe distance of the platform from the edge of the excavation:
#143. Safe working distance of the platform from the power line:
#144. The safe distance of the platform from the edge conductors of power lines with a voltage rating of 1 to 15 kV is:
#145. The safe distance of the platform from the edge conductors of power lines with a voltage rating of 30 to 110 kV is:
#146. The safe distance of the platform from the edge conductors of power lines with a voltage rating of 15 to 30 kV is:
#147. Based on the figure shown, indicate the correct measurement of the minimum distance from power lines:
#148. Working a platform near a power line at a distance less than the permissible value is:
#149. Ascending or descending to/from the work platform is possible:
#150. Based on the presented drawing, determine the correct parameters of the platform:
#151. Based on the presented drawing, determine the correct parameters of the platform:
#152. Ensuring the proper level of electrolyte in the batteries of electric mobile platforms is a responsibility:
#153. As part of the daily maintenance and battery evaluation of electric mobile platforms, the operator checks:
#154. The operator, after noticing the engine oil pressure indicator light burning while driving, should:
#155. An illuminated or flashing service light means that:
#156. Working control levers:
#157. For platforms equipped with two or more control locations:
#158. As part of daily maintenance, the operator checks that:
#159. An efficient safety system with the deployment of supports in scissor platforms should:
#160. A safe way to check the operation of the bypass valve in the platforms is carried out:
#161. Unless otherwise specified by the manufacturer, the maximum drop value of the working platform is:
#162. During the operation of the rotation mechanism, the stability of the platform:
#163. Dangerous movements of the boom platform that are deactivated in case of overload are:
#164. When assessing the condition of the platform control panel, the operator checks, among other things:
#165. External oil leakage in the platform’s hydraulic system will disqualify the device from safe operation when:
#166. Leakage in the hydraulic system of platforms can manifest itself:
#167. When assessing the condition of the platform before starting work, the operator:
#168. When assessing the condition of the platform before starting work, the operator:
#169. When assessing the condition of the hydraulic system, the operator:
#170. The abrupt movement of the lifting mechanism can be caused by:
#171. The condition of the oil level in the hydraulic system is checked by the operator:
#172. Unless otherwise specified by the manufacturer, the maximum permissible value of sliding of the support during the leakage test is:
#173. When freeing a trapped person from a work platform, be sure to:
#174. Increasing the working height of the scissor platform by the operator:
#175. Laying the sleepers for the platform supports:
#176. Before setting up the platform at a new work site, the operator should:
#177. Unless otherwise specified by the manufacturer, the test of hydraulic locks in platforms with direct control should be carried out:
#178. The test of hydraulic locks in platforms with indirect control is carried out:
#179. Based on the presented diagram of the working field, indicate the correct parameters for the operation of the platform:
#180. Based on the presented diagram of the working field, indicate the correct parameters for the operation of the platform:
#181. Based on the presented diagram of the working field, indicate the correct parameters for the operation of the platform:
#182. Based on the work area diagram shown, determine the maximum allowable load of the work platform raised to a height of 15 m and an overhang of 11 m :
#183. Based on the work area diagram shown, determine the maximum allowable load of the work platform raised to a height of 15 m and an overhang of 7 m :
#184. Based on the work area diagram shown, determine the maximum allowable load of the work platform raised to a height of 22 m and an overhang of 4 m :
#185. Based on the work area diagram shown, determine the maximum allowable load of the work platform raised to a height of 22 m and an overhang of 9 m :
#186. Based on the work field diagram shown, indicate the maximum overhang of the work platform loaded with a weight of 200 kg:
#187. Based on the presented diagram of the working field, indicate the correct parameters for the operation of the platform:
#188. Based on the presented diagram of the working field, indicate the correct parameters for the operation of the platform:
#189. Based on the presented diagram of the working field, indicate the correct parameters for the operation of the platform:
#190. Based on the work area diagram shown, determine the maximum allowable load of the work platform raised to a height of 17 m and an overhang of 11 m :
#191. Based on the work area diagram shown, determine the maximum allowable load of the work platform raised to a height of 18 m and an overhang of 8 m :
#192. Based on the work area diagram shown, determine the maximum allowable load of the work platform raised to a height of 22 m and an overhang of 4 m :
#193. Based on the work area diagram shown, determine the maximum allowable load of the work platform raised to a height of 26 m and an overhang of 7 m :
#194. Based on the work field diagram shown, indicate the maximum overhang of a work platform loaded with a weight of 200 kg raised to a height of 22 m:
#195. Based on the work field diagram shown, indicate the maximum overhang of a work platform loaded with a weight of 230 kg raised to a height of 17 m:
#196. Based on the work field diagram shown, indicate the maximum overhang of a work platform loaded with a mass of 100 kg raised to a height of 14 m:
#197. Based on the work field diagram shown, indicate the maximum overhang of a work platform loaded with a mass of 100 kg raised to a height of 18 m:
#198. Based on the presented diagram of the working field, indicate the correct parameters for the operation of the platform:
#199. Based on the presented diagram of the working field, indicate the correct parameters for the operation of the platform:
#200. Based on the presented diagram of the working field, indicate the correct parameters for the operation of the platform:
#201. Based on the work area diagram shown, determine the maximum allowable load of the work platform raised to a height of 21 m and an overhang of 11 m :
#202. Based on the work area diagram shown, determine the maximum allowable load of the work platform raised to a height of 18 m and an overhang of 8 m :
#203. Based on the work area diagram shown, determine the maximum allowable load of the work platform raised to a height of 20 m and an overhang of 10 m :
#204. Based on the work area diagram shown, determine the maximum allowable load of the work platform raised to a height of 19 m and an overhang of 11 m :
#205. Based on the work field diagram shown, indicate the maximum overhang of a work platform loaded with a mass of 215kg raised to a height of 22 m:
#206. Based on the work field diagram shown, indicate the maximum overhang of a work platform loaded with a weight of 215 kg raised to a height of 17 m:
#207. Based on the work field diagram shown, indicate the maximum overhang of a work platform loaded with a weight of 115 kg raised to a height of 14 m:
#208. Based on the work field diagram shown, indicate the maximum overhang of a work platform loaded with a mass of 80 kg raised to a height of 18 m:
#209. Based on the presented diagram of the working field, indicate the correct parameters for the operation of the platform:
#210. Based on the work field diagram shown, determine the maximum permissible load on a work platform raised to a height of 16 m and an overhang of 8 m:
#211. Based on the work area diagram shown, determine the maximum allowable load of the work platform raised to a height of 15 m and an overhang of 10 m :
#212. Based on the work field diagram shown, indicate the maximum overhang of the work platform loaded with a weight of 200 kg:
#213. Based on the presented diagram of the working field, indicate the correct parameters for the operation of the platform:
#214. Based on the presented diagram of the working field, indicate the correct parameters for the operation of the platform:
#215. Based on the work area diagram shown, determine the maximum allowable load of the work platform raised to a height of 12 m and an overhang of 4 m :
#216. Based on the work area diagram shown, determine the maximum allowable load for a work platform raised to a height of 8 m and an overhang of 6 m :
#217. Based on the work field diagram shown, indicate the maximum overhang of the work platform loaded with a weight of 200 kg:
#218. Based on the work field diagram shown, indicate the maximum overhang of the work platform loaded with a mass of 80 kg:
#219. Based on the work field diagram shown, indicate the maximum overhang of the work platform loaded with a weight of 240 kg:
#220. Based on the presented diagram of the working field, indicate the correct parameters for the operation of the platform:
#221. Based on the presented diagram of the working field, indicate the correct parameters for the operation of the platform:
#222. Based on the presented diagram of the working field, indicate the correct parameters for the operation of the platform:
#223. Based on the presented diagram of the working field, indicate the correct parameters for the operation of the platform:
#224. Based on the work area diagram shown, determine the maximum allowable load of the work platform raised to a height of 23 m and an overhang of 6 m :
#225. Based on the work area diagram shown, determine the maximum allowable load of the work platform raised to a height of 22 m and an overhang of 9 m :
#226. Based on the work area diagram shown, determine the maximum allowable number of people that can be lifted to a height of 24 m
#227. Based on the work area diagram shown, determine the maximum permissible number of people that can be lifted to a height of 18m with an overhang of 10m
#228. Based on the work field diagram shown, indicate the maximum overhang of the work platform loaded with a weight of 200 kg:
#229. Based on the presented diagram of the working field, indicate the correct parameters for the operation of the platform:
#230. Based on the presented diagram of the working field, indicate the correct parameters for the operation of the platform:
#231. Based on the work field diagram shown, determine the maximum permissible load on the work platform on the left side of the vehicle at a distance of 6 m from the axis of rotation:
#232. Based on the work field diagram shown, determine the maximum allowable load on the work platform on the left side of the vehicle at a distance of 8 m from the axis of rotation:
#233. Based on the work field diagram shown, determine the maximum allowable reach of the platform with a load of 200 kg
#234. Based on the work field diagram shown, determine the maximum allowable reach of the platform with a load of 120 kg
#235. Based on the work field diagram shown, determine the maximum allowable reach of the platform with a load of 80 kg
#236. Based on the presented diagram of the working field, indicate the correct parameters for the operation of the platform:
#237. Based on the presented diagram of the working field, indicate the correct parameters for the operation of the platform:
#238. Based on the work field diagram shown, indicate; which of the platform’s lifting positions is impossible:
#239. Based on the presented diagram of the working field, indicate the correct parameters for the operation of the platform: