CN206450436U - A kind of mine hoist performance evaluation experimental system - Google Patents
A kind of mine hoist performance evaluation experimental system Download PDFInfo
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- CN206450436U CN206450436U CN201720120979.5U CN201720120979U CN206450436U CN 206450436 U CN206450436 U CN 206450436U CN 201720120979 U CN201720120979 U CN 201720120979U CN 206450436 U CN206450436 U CN 206450436U
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Abstract
The utility model is related to a kind of mine hoist performance evaluation experimental system, including tester, lifting pylon, standard upgrading winch, tested hoisting gear, standard upgrading winch controller, tested hoisting gear controller；Tester, lifting pylon, tested hoisting gear, standard upgrading winch controller constitute hoisting gear performance test pattern；Tester, lifting pylon, standard upgrading winch, tested hoisting gear controller constitute hoisting gear controller performance test pattern；Tester, lifting pylon, tested hoisting gear, tested hoisting gear controller constitute hoisting gear and hoisting gear controller mode determination simultaneously；The utility model provides true, reliable, effective experimental data for the safety and reliability of mine hoist product and part, and guarantee is provided for Mine Safety in Production.
Description
Technical field
The utility model belongs to the electromechanical product technical field in mine, and in particular to a kind of mine hoist performance evaluation is real
Check system.
Background technology
Mine hoist is the throat equipment of mining production, relative to the production and transport task that main shaft is responsible for full ore deposit,
And the transport task gone into the well on the lifting of the spoil of full ore deposit, transport of materials and personnel is then responsible for relative to auxiliary shaft, from this meaning
On say, the safe operation of mine hoist is not only related to mine output, it is often more important that life-and-death matter！However, at present not
There is the equipment that entirety or critical component experiment are carried out to mine hoist, there is hidden danger to the safety in production in mine, in order to test
Demonstrate,prove mine hoist product and piece safety and reliability, for new-product development and technological innovation provides truly, reliably, have
The experimental data of effect, develops a kind of mine hoist performance evaluation experimental system hereby.
The content of the invention
Technical problem to be solved in the utility model mining is carried there is provided one kind for above-mentioned the deficiencies in the prior art
Winch performance evaluation experimental system is risen, both tested hoisting gear or tested hoisting gear controller can be tested respectively,
The two can also be tested simultaneously, for checking mine hoist product and piece safety and reliability and new product
Research and development and technological innovation provide true, reliable, effective experimental data.
The purpose of this utility model and solve its technical problem using following technical scheme to realize.
According to the utility model proposes a kind of mine hoist performance evaluation experimental system, including tester, lifting
Pylon, standard upgrading winch, standard upgrading winch controller, tested hoisting gear, tested hoisting gear controller；This is mining to carry
Rising winch performance evaluation experimental system includes Three models：Hoisting gear performance test pattern, hoisting gear controller performance are surveyed
Die trial formula, hoisting gear and hoisting gear controller are while mode determination；
Under hoisting gear performance test pattern, tester and lifting pylon, tested hoisting gear and standard upgrading winch
Controller is connected, and lifting pylon is connected by steel wire rope with tested hoisting gear, is tested hoisting gear and standard upgrading winch control
Device connection processed, standard upgrading winch controller carries out speed, stroke to tested hoisting gear, applies lock transmission and technology controlling and process, surveys
Examination instrument is monitored to lifting pylon, tested hoisting gear and standard upgrading winch controller；
Under hoisting gear controller performance test pattern, tester is carried with lifting pylon, standard upgrading winch and being tested
Winch controller connection is risen, lifting pylon is connected by steel wire rope with standard upgrading winch, standard upgrading winch and tested lifting
Winch controller is connected, and tested hoisting gear controller carries out speed, stroke to standard upgrading winch, applies lock transmission and technique control
System, tester is monitored to lifting pylon, standard upgrading winch and tested hoisting gear controller；
Under hoisting gear and hoisting gear controller simultaneously mode determination, tester is twisted with lifting pylon, tested lifting
Car and the connection of tested hoisting gear controller, lifting pylon are connected by steel wire rope with tested hoisting gear, are tested hoisting gear
It is connected with tested hoisting gear controller, tested hoisting gear controller carries out speed, stroke to tested hoisting gear, applies lock biography
Dynamic and technology controlling and process, tester is monitored to lifting pylon, tested hoisting gear and tested hoisting gear controller；
The tester storage inside is with good grounds《Safety regulations in coal mine》2016 editions and《Pacify with cylindrical drum hoist in colliery
Full inspection surveys inspection specification》The standard upgrading winch of AQ1015-2005 establishments and the performance data of standard upgrading winch controller；Survey
Examination instrument is fixed on foundation with lifting pylon, standard upgrading winch and standard upgrading winch controller, is tested lifting
Winch and tested hoisting gear controller are equipment to be tested, removable replaceable, on the mechanical platform pre-set.
The purpose of this utility model and solve its technical problem and can also be applied to the following technical measures to achieve further.
Foregoing a kind of mine hoist performance evaluation experimental system, wherein the standard upgrading winch uses 2JTP-
1.6 mine hoist systems, including main shaft device, motor, decelerator, hydraulic station, brake.
A kind of foregoing mine hoist performance evaluation experimental system, wherein, the standard upgrading winch controller by
Process control system and electric drive system composition, the process control system using S7-300 principals and subordinates PLC as technology controlling and process core,
The electric drive system is using ABB ACS800-17 frequency converters as transmission control core.
A kind of foregoing mine hoist performance evaluation experimental system, wherein, the model of the tested hoisting gear：
JT(P)-0.8、JT(P)-1.2、JT(P)-1.6、2JT(P)-0.8、2JT(P)-1.2、2JTP-1.6。
A kind of foregoing mine hoist performance evaluation experimental system, wherein, the tested hoisting gear controller with
Model JT (P) -0.8, JT (P) -1.2, JT (P) -1.6,2JT (P) -0.8,2JT (P) -1.2,2JTP-1.6 hoisting gear
It is supporting.
A kind of foregoing mine hoist performance evaluation experimental system, wherein, the tester is virtual using Labview
Instrument Design, tester is equipped with laser tracker, dynamic strain fiber grating tester, the velocity potential based on photoelectric encoder
Put tester and the electric quantity signal tester based on transformer；
The laser tracker is tested derrick, cage guide and hoisting container；
The dynamic strain fiber grating tester carries out dynamic monitoring to the intensive parameter for being tested hoisting gear；
The velocity location tester based on photoelectric encoder is installed on the photoelectricity on tested hoisting gear by detection
Code device signal is monitored to being tested the lifting speed of hoisting gear and the position of hoisting container；
The electric quantity signal tester based on transformer is installed on the electricity on tested hoisting gear controller by detection
Current transformer and voltage transformer signal are to being tested electric current, voltage, power factor, active power and the nothing of hoisting gear controller
Work(power is monitored.
A kind of foregoing mine hoist performance evaluation experimental system, wherein, the lifting pylon uses steel construction shape
Formula, top be equipped with head sheave, for steel wire rope by incline direction to vertical direction guiding, from top to bottom equipped with vertical cage guide, tank
Equipped with slowing down, pinpointing speed limit, parking, pulleying limit switch on road, hoisting container selects cage form, and the hoisting container load is big
Small adjusting range is 0-6 tons.
Mine hoist performance evaluation experimental system of the present utility model, due to tester lifting pylon, standard upgrading
Winch and standard upgrading winch controller are fixed on foundation, are fixing equipments, and are tested hoisting gear and tested
Hoisting gear controller is equipment to be tested, specifically by needing the manufacturer that is tested to provide, with mobility with can
Replaceability, when need to test tested hoisting gear, head sheave and tested hoisting gear are passed through by the steel wire rope lifted on pylon
It is connected, tested hoisting gear is connected with tester and standard upgrading winch controller again, that is, obtains hoisting gear performance test mould
Formula, in this mode, the performance data for the tested hoisting gear that tester is obtained and the standard upgrading being stored in tester are twisted
The safety and reliability of tested hoisting gear is drawn after the performance data contrast of car.
When need to test tested hoisting gear controller, by standard upgrading winch and tested hoisting gear controller phase
Even, then tested hoisting gear controller and standard upgrading winch are all connected with tester, that is, obtain tested hoisting gear control
Device performance test pattern, in this mode, the performance data for the tested hoisting gear controller that tester is obtained is with being stored in survey
Examination instrument in standard upgrading winch controller performance data contrast after draw tested hoisting gear controller security and can
By property.
When need to simultaneously test tested hoisting gear and tested hoisting gear controller, the steel wire on pylon will be lifted
Rope is connected by head sheave with tested hoisting gear, and tested hoisting gear is connected with tested hoisting gear controller again, then will be tested
Hoisting gear controller and tested hoisting gear are all connected with tester, that is, obtain hoisting gear and hoisting gear controller simultaneously
Mode determination, in this mode, the tested hoisting gear and the performance data of tested hoisting gear controller that tester is obtained point
Not with drawn after the performance data contrast of the standard upgrading winch that is stored in tester and standard upgrading winch controller it is tested
The safety and reliability of hoisting gear and tested hoisting gear controller.
The utility model for mine hoist and mine hoist controller performance evaluation and experiment it is special
It is required that and develop, both tested hoisting gear or tested hoisting gear controller can have been tested respectively, can also be while right
The two is tested.Tester, lifting pylon, standard upgrading winch and the standard upgrading winch controller of fixed installation are tested
Hoisting gear and tested hoisting gear are automatically controlled there is provided canonical parameter model, for checking mine hoist product and piece safety
Property and reliability, are that new-product development and technological innovation provide true, reliable, effective experimental data.Mining carry can be realized
Winch and the full specification covering of mine hoist controller are risen, there is strong applicability and wide application.
Described above is only the general introduction of technical solutions of the utility model, in order to better understand skill of the present utility model
Art means, and being practiced according to the content of specification, and in order to allow above and other purpose of the present utility model, feature
It can be become apparent with advantage, below especially exemplified by preferred embodiment, and coordinate accompanying drawing, describe in detail as follows.
Brief description of the drawings
Fig. 1 is overall construction drawing of the present utility model.
Fig. 2 is the structure diagram under hoisting gear performance test pattern.
Fig. 3 is the structure diagram under hoisting gear controller performance test pattern.
Fig. 4 is the structure diagram of hoisting gear and hoisting gear controller simultaneously under test pattern.
【Symbol description】
1：Tester 2：Lift pylon
3：Standard upgrading winch 4：Standard upgrading winch controller
5：Tested hoisting gear 6：Tested hoisting gear controller
Embodiment
Further to illustrate that the utility model is to reach technological means and effect that predetermined goal of the invention is taken, below
With reference to accompanying drawing and preferred embodiment, to according to the utility model proposes a kind of mine hoist performance evaluation experimental system,
Its embodiment, structure, feature and its effect, are described in detail as after.
The utility model is a kind of mine hoist performance evaluation experimental system, including tester 1, lifting pylon 2, mark
Quasi- hoisting gear 3, standard upgrading winch controller 4, tested hoisting gear 5, tested hoisting gear controller 6；Wherein, tester
1 is fixed on foundation with lifting pylon 2, standard upgrading winch 3 and standard upgrading winch controller 4, is tested lifting
Winch 5 and tested hoisting gear controller 6 are equipment to be tested, removable replaceable, when needing test, are set installed in advance
On the mechanical platform put.
The system include hoisting gear performance test pattern, hoisting gear controller performance test pattern, hoisting gear and
Hoisting gear controller is while mode determination.
Under hoisting gear performance test pattern, tester 1 is twisted with lifting pylon 2, tested hoisting gear 5 and standard upgrading
Vehicle controller 4 is connected, and lifting pylon 2 is connected by steel wire rope with tested hoisting gear 5, is tested hoisting gear 5 and standard upgrading
Winch controller 4 is connected.
Under hoisting gear controller performance test pattern, tester 1 is with lifting pylon 2, standard upgrading winch 3 and being tested
Hoisting gear controller 6 is connected, and lifting pylon 2 is connected by steel wire rope with standard upgrading winch 3, standard upgrading winch 3 and quilt
Hoisting gear controller 6 is surveyed to connect.
Under hoisting gear and hoisting gear controller simultaneously mode determination, tester 1 and lifting pylon 2, tested lifting
Winch 5 and tested hoisting gear controller 6 are connected, and lifting pylon 2 is connected by steel wire rope with tested hoisting gear 5, tested to carry
Winch 5 is risen to be connected with tested hoisting gear controller 6.
Further：
(1) tester 1 uses Labview Design of Virtual Instrument, realizes multi-channel data acquisition, test curve shows in real time
Show, convenient data processing is quick, realize the operational factor to hoisting gear (including standard upgrading winch and tested hoisting gear)
And the test analysis of security performance parameter.Laser tracker, dynamic strain fiber grating tester are equipped with when tester simultaneous, is based on
The velocity location tester of photoelectric encoder and the electric quantity signal tester based on transformer；
Laser tracker is used to test derrick, cage guide and hoisting container；Dynamic strain fiber grating tester is used
Dynamic monitoring is carried out in the intensive parameter to being tested hoisting gear；
Velocity location tester based on photoelectric encoder is used for the photoelectricity being installed on by detection on tested hoisting gear
Code device signal is monitored to being tested the lifting speed of hoisting gear and the position of hoisting container；
Electric quantity signal tester based on transformer is used for the electricity being installed on by detection on tested hoisting gear controller
Current transformer and voltage transformer signal are to being tested electric current, voltage, power factor, active power and the nothing of hoisting gear controller
Work(power is monitored.
(2) lifting pylon 2 uses steel structural form, is highly 75 meters, and top is equipped with head sheave, for steel wire rope by inclination side
To the guiding to vertical direction, from top to bottom equipped with vertical cage guide, it is easy to hoisting container rule walking；On cage guide equipped with slow down,
Speed limit, parking, pulleying limit switch are pinpointed, is easy to the stroke of electric control system controls hoisting container；Hoisting container selects cage shape
Formula, can adjust magnitude of load according to requirement of experiment in the range of 0-6 tons.
(3) standard upgrading winch 3 uses 2JTP-1.6 mine hoist systems, mainly includes:Main shaft device, motor,
Decelerator, hydraulic station, brake etc..The key technical indexes：Maximum lift test speed 4m/s；6 tons of maximum lift test load.
The reserved electrical equipment member connected with standard upgrading winch controller or tested hoisting gear controller of standard upgrading winch 3
Part mounting interface, such as tachometer, encoder, interface of hoisting container position travel switch etc..
(4) standard upgrading winch controller 4 by the process control system using S7-300 principals and subordinates PLC as control core and with
ABB ACS800-17 frequency converters constitute for the electric drive system of core, the technique control by control core of S7-300 principals and subordinates PLC
System processed is used to drive hoisting gear according to winch process operation, and provides the safety protection function of high reliability；With ABB
ACS800-17 frequency converters realize hoisting gear frequency control four quadrant running for the electric drive system of core.
The reserved electrical signal interface connected with standard upgrading winch or tested hoisting gear of standard upgrading winch controller,
Such as tachometer signal, code device signal, the interface of hoisting container position stroke switching signal etc..
(5) it is tested hoisting gear 5 to be provided by hoisting gear manufacturer, producer can be by means of tester of the present utility model
Performance evaluation experiment is carried out, the data of the safety and reliability of its hoisting gear is drawn, judges its accordance, lifting is tested and twists
The model of car 5 can be：JT(P)-0.8、JT(P)-1.2、JT(P)-1.6、2JT(P)-0.8、2JT(P)-1.2、2JT(P)-
1.6。
(6) it is tested hoisting gear controller 6 to be provided by hoisting gear controller manufacturer, producer can be by means of this practicality
New tester carries out performance evaluation experiment, draws the data of the safety and reliability of its hoisting gear, judges that it meets
Property, being tested hoisting gear controller can be with model JT (P) -0.8, JT (P) -1.2, JT (P) -1.6,2JT (P) -0.8,2JT
(P) -1.2,2JT (P) -1.6 hoisting gear is tested, and supporting each model (such as direct current or AC speed-regulating mode) lifting is twisted
Vehicle controller can be tested.
It should be noted that being previously stored inside tester 1 with good grounds《Safety regulations in coal mine》2016 editions and《Colliery with
Cylindrical drum hoist safety detection inspection specification》The standard upgrading winch 3 of AQ1015-2005 establishments and the control of standard upgrading winch
The normal data of device 4.Obtained experimental data after normal data contrast with drawing whether qualified conclusion under each pattern.
The concrete principle of each pattern is as follows：
(1) when there is producer to carry out performance test to hoisting gear, the tested hoisting gear 5 that manufacturer is provided
On the mechanical platform pre-set, the hoisting container in lifting pylon 2 passes through steel wire rope and the tested phase of hoisting gear 5
Even, tested hoisting gear 5 is connected with standard upgrading winch controller 4 by reserved interface again, as shown in Figure 2.Standard upgrading
The tested hoisting gear 5 of 4 pairs of winch controller carries out speed, stroke, applies the transmissions such as lock and technology controlling and process；Tested 5 turns of hoisting gear
Wound when dynamic or release steel wire rope, steel wire rope after lifting the changed course of the head sheave in pylon by driving hoisting container to move up and down；Carry
The change for rising container weight can be to being tested speed of service figure, brake oil of the hoisting gear under different loads, friction speed state
The parameter curves such as pressure, brake force carry out test analysis, realize the dynamic monitoring to hoisting gear intensive parameter and dynamic mechanical ginseng
Number detects and carries out performance Parameter analysis to it.
In this mode, tester 1 reads lifting pylon 2, tested hoisting gear 5 and standard upgrading winch controller 4
Information, is analyzed inside tester, is judged, so that the dynamic performance parameter of tested hoisting gear is obtained, with standard upgrading
The performance parameter of winch 3 judges the accordance of tested hoisting gear 5 more afterwards.
(2) when there is producer to carry out performance test to hoisting gear controller, the tested lifting that manufacturer is provided
Winch controller 6 is arranged on the mechanical platform pre-set, and the hoisting container in lifting pylon 2 is carried by steel wire rope with standard
Rise winch 3 to be connected, standard upgrading winch 3 is connected with tested hoisting gear controller 6 by reserved interface, as shown in Figure 3.Mark
Wound when quasi- hoisting gear 3 is rotated or release steel wire rope, steel wire rope after lifting the changed course of the head sheave in pylon by driving lifting to hold
Device moves up and down；The change of hoisting container weight can add to the load change for causing standard upgrading winch 3 in different loads, difference
The parameter curves such as speed of service figure, braking oil pressure, brake force under deceleration, friction speed state carry out test analysis, detection
It is typical torque response time of tested hoisting gear controller 6, speed governing width, the repeatable accuracy of torque, static velocity precision, dynamic
State velocity accuracy, Stroke Control precision, fault alarm and defencive function, and performance Parameter analysis is carried out to it.
In this mode, tester reads the information of lifting pylon, standard upgrading winch and tested hoisting gear controller,
Analyzed, judged inside tester, so that quiet, the dynamic performance parameter of tested hoisting gear controller are obtained, with standard
The parameter of hoisting gear controller 4 judges that tested hoisting gear is tested the accordance of hoisting gear controller 6 more afterwards.
(3) when there is producer to carry out performance test simultaneously to hoisting gear and hoisting gear controller, by manufacturer
The tested hoisting gear 5 and tested hoisting gear controller 6 provided is separately mounted on the mechanical platform that pre-sets, lifts tower
Hoisting container in frame 2 is connected by steel wire rope with tested hoisting gear 5, is tested hoisting gear 5 and is controlled with tested hoisting gear
Device 6 is connected by reserved interface, as shown in Figure 4.Tested hoisting gear 5 is wound or release steel wire rope when rotating, and steel wire rope leads to
Hoisting container is driven to move up and down after crossing the head sheave changed course in lifting pylon；The change of hoisting container weight causes tested lifting to twist
The load change of car, the tested speed of service of the hoisting gear under different loads, different acceleration and deceleration degree, friction speed state of detection
The parameter curves such as figure, braking oil pressure, brake force are simultaneously analyzed；The typical torque of tested hoisting gear controller 6 is detected simultaneously
Response time, speed governing width, the repeatable accuracy of torque, static velocity precision, dynamic speed precision, Stroke Control precision, failure
Alarm and defencive function, and performance Parameter analysis is carried out to it.
In this mode, tester reads the information of lifting pylon, tested hoisting gear and tested hoisting gear controller,
Analyzed, judged inside tester, so as to obtain quiet, the dynamic of tested hoisting gear and tested hoisting gear controller
Energy parameter, is compared with the parameter of standard upgrading winch 3 and standard upgrading winch controller 4 judge tested hoisting gear 5 afterwards respectively
Matching with the accordance of tested hoisting gear controller 6 and between the two.
At present, the feasible experimental system of complete set does not carry out hoisting gear and the hoisting gear control to manufacturer production
Device is detected formal using the preceding experiment for carrying out early stage, the production in mine is there is huge potential safety hazard.The utility model is filled out
The blank of this technical field has been mended, by reasonably designing, multi-mode detection and full specification can be realized in an internal system
Covering, making the detection of hoisting gear and hoisting gear controller secure and reliability becomes simple and easy to apply.
It is described above, only it is preferred embodiment of the present utility model, not makees any formal to the utility model
Limitation, although the utility model is disclosed above with preferred embodiment, but is not limited to the utility model, any ripe
Professional and technical personnel is known, is not being departed from the range of technical solutions of the utility model, when in the technology using the disclosure above
Hold the equivalent embodiment made a little change or be modified to equivalent variations, as long as without departing from technical solutions of the utility model
Hold, any simple modification, equivalent variations and the modification made according to technical spirit of the present utility model to above example, still
Belong in the range of technical solutions of the utility model.
Claims (7)
1. a kind of mine hoist performance evaluation experimental system, it is characterised in that including tester (1), lifting pylon (2), mark
Quasi- hoisting gear (3), standard upgrading winch controller (4), tested hoisting gear (5), tested hoisting gear controller (6)；Should
Mine hoist performance evaluation experimental system includes Three models：Hoisting gear performance test pattern, hoisting gear controller
Performance test pattern, hoisting gear and hoisting gear controller are while mode determination；
Under hoisting gear performance test pattern, tester (1) and lifting pylon (2), tested hoisting gear (5) and standard upgrading
Winch controller (4) is connected, and lifting pylon (2) is connected by steel wire rope with tested hoisting gear (5), is tested hoisting gear (5)
It is connected with standard upgrading winch controller (4)；
Under hoisting gear controller performance test pattern, tester (1) with lifting pylon (2), standard upgrading winch (3) and by
Hoisting gear controller (6) connection is surveyed, lifting pylon (2) is connected by steel wire rope with standard upgrading winch (3), and standard upgrading is twisted
Car (3) is connected with tested hoisting gear controller (6)；
Under hoisting gear and hoisting gear controller simultaneously mode determination, tester (1) and lifting pylon (2), tested lifting
Winch (5) and tested hoisting gear controller (6) connection, lifting pylon (2) are connected by steel wire rope and tested hoisting gear (5)
Connect, tested hoisting gear (5) is connected with tested hoisting gear controller (6)；
Tester (1) storage inside has the performance data of standard upgrading winch (3) and standard upgrading winch controller (4)；
Tester (1) is fixed on ground base with lifting pylon (2), standard upgrading winch (3) and standard upgrading winch controller (4)
On plinth, it is equipment to be tested to be tested hoisting gear (5) and tested hoisting gear controller (6), removable replaceable, installed in pre-
On the mechanical platform first set.
2. mine hoist performance evaluation experimental system as claimed in claim 1, it is characterised in that the standard upgrading is twisted
Car (3) uses 2JTP-1.6 mine hoist systems, including main shaft device, motor, decelerator, hydraulic station, brake.
3. mine hoist performance evaluation experimental system as claimed in claim 1, it is characterised in that the standard upgrading is twisted
Vehicle controller (4) is made up of process control system and electric drive system, the process control system using S7-300 principals and subordinates PLC as
Technology controlling and process core, the electric drive system is using ABB ACS800-17 frequency converters as transmission control core.
4. mine hoist performance evaluation experimental system as claimed in claim 1, it is characterised in that the tested lifting is twisted
The model of car (5)：JT(P)-0.8、JT(P)-1.2、JT(P)-1.6、2JT(P)-0.8、2JT(P)-1.2、2JTP-1.6.
5. mine hoist performance evaluation experimental system as claimed in claim 1, it is characterised in that the tested lifting is twisted
Vehicle controller (6) and model JT (P) -0.8, JT (P) -1.2, JT (P) -1.6,2JT (P) -0.8,2JT (P) -1.2,2JTP-
1.6 hoisting gear is supporting.
6. mine hoist performance evaluation experimental system as claimed in claim 1, it is characterised in that the tester (1) is adopted
Labview Design of Virtual Instrument is used, tester (1) is equipped with laser tracker, dynamic strain fiber grating tester, based on light
The velocity location tester of photoelectric coder and the electric quantity signal tester based on transformer；
The laser tracker is tested derrick, cage guide and hoisting container；
The dynamic strain fiber grating tester carries out dynamic monitoring to the intensive parameter for being tested hoisting gear (5)；
The photoelectricity that the velocity location tester based on photoelectric encoder is installed on by detection on tested hoisting gear (5) is compiled
Code device signal is monitored to being tested the lifting speed of hoisting gear and the position of hoisting container；
The electric quantity signal tester based on transformer is installed on the electric current on tested hoisting gear controller (6) by detection
Transformer and voltage transformer signal to be tested the electric current of hoisting gear controller (6), voltage, power factor, active power and
Reactive power is monitored.
7. mine hoist performance evaluation experimental system as claimed in claim 1, it is characterised in that the lifting pylon (2)
Using steel structural form, top is equipped with head sheave, from top to bottom equipped with vertical cage guide, is equipped with cage guide and slows down, pinpoint speed limit, stop
Car, pulleying limit switch, hoisting container select cage form, and the adjusting range of the hoisting container magnitude of load is 0-6 tons.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720120979.5U CN206450436U (en) | 2017-02-09 | 2017-02-09 | A kind of mine hoist performance evaluation experimental system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720120979.5U CN206450436U (en) | 2017-02-09 | 2017-02-09 | A kind of mine hoist performance evaluation experimental system |
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ID=59665833
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109374272A (en) * | 2018-10-10 | 2019-02-22 | 中国矿业大学 | The load-carrying properties detection device and method of vertical shaft hoisting main shaft device |
| CN110608913A (en) * | 2019-10-22 | 2019-12-24 | 江苏爱福特科技开发有限公司 | Vertical inclined shaft protection dynamic simulation test method |
| CN110608912A (en) * | 2019-10-22 | 2019-12-24 | 江苏爱福特科技开发有限公司 | Vertical inclined shaft protection dynamic simulation test bed |
-
2017
- 2017-02-09 CN CN201720120979.5U patent/CN206450436U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109374272A (en) * | 2018-10-10 | 2019-02-22 | 中国矿业大学 | The load-carrying properties detection device and method of vertical shaft hoisting main shaft device |
| CN110608913A (en) * | 2019-10-22 | 2019-12-24 | 江苏爱福特科技开发有限公司 | Vertical inclined shaft protection dynamic simulation test method |
| CN110608912A (en) * | 2019-10-22 | 2019-12-24 | 江苏爱福特科技开发有限公司 | Vertical inclined shaft protection dynamic simulation test bed |
| CN110608912B (en) * | 2019-10-22 | 2022-06-07 | 徐州立方机电设备制造有限公司 | Vertical inclined shaft protection dynamic simulation test bed |
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