CN209560046U - A kind of integration railway signal relay life test apparatus - Google Patents
A kind of integration railway signal relay life test apparatus Download PDFInfo
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- CN209560046U CN209560046U CN201822060883.1U CN201822060883U CN209560046U CN 209560046 U CN209560046 U CN 209560046U CN 201822060883 U CN201822060883 U CN 201822060883U CN 209560046 U CN209560046 U CN 209560046U
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Abstract
A kind of integration railway signal relay life test apparatus, belongs to Traffic Information Engineering & Control class product testing technical field.Including control circuit equipment and load circuit equipment, control circuit equipment includes control working lining, bus plane, switching layer, mechanical endurance test layer, electrical endurance test layer, load power source layer, and load circuit equipment includes load resistance layer and fan layer；Electrical endurance test layer includes electrical endurance test first layer and the electrical endurance test second layer.The utility model device utilization rate is high, and occupied area is small；Realization a set of equipment meets the requirement of all model relay life tests；Sample relay plug and play, it is easy to operate, reduce error rate；Device strong antijamming capability, stability is high, provides safeguard for life test reliability；Device integration is high, and circuit design is apparent, is convenient for operator's repair and maintenance.
Description
Technical field
The utility model relates to a kind of integrated railway signal relay life test apparatus, belong to Traffic Information Engineering and
Control class product testing technical field.
Background technique
Railway signal relay is one of element that is main in Railway safety control system and largely using, is Ministry of Railways
Door guarantees the basic components of traffic safety, is widely used in the core encoder of existing general fast railway relay signal system, and current
Interface, information collection and the logical expressions of high-speed railway critical system equipment.As ensure safety of railway traffic and improve transport
The signal system key equipment of efficiency, railway signal relay are mainly reflected in it must be emphasized that " safety ":
1, movement must be reliable, accurate；
2, long service life；
3, there is the ability of enough open and close circuits；
4, there are stable electrical characteristic and time response；
5, in the case where ambient temperature and humidity change very greatly, it is able to maintain very high electrical insulation strength.
" service life " and " closure, disconnecting circuit ability " is that the important examination of railway signal relay life test refers to
Mark.In existing standard GB/T/T 7417-2010 and railroad industry standard TB/T 2024-2007,22 kinds of relays are provided altogether
The technical requirements of device mechanical life and electrical endurance test, see Table 1 for details.
1 railway signal relay life test standard requirements of table
Railway signal relay life test has the following characteristics that
1, different model actuating of relay frequency is different.Life test apparatus should provide respective frequencies according to relay model
Manner of execution；
2, the life test period is long.By taking JWXC-1700 type relay as an example, if operating frequency is 60 beats/min, test
Period is about 115 days；
3, manner of execution is different.If JWXC-1700 type actuating of relay mode be " movement ", i.e., relay tip connect with
There is junction voltage at contact both ends when disconnection；JWJXC-H125/0.44 type actuating of relay mode is " on ", that is, is had when connecting
Junction voltage, no-voltage when disconnection；Type actuating of relay mode is "off", that is, has contact electric when disconnecting
Pressure, no-voltage when connection；
4, the voltage and current of contact requires different, and contact is big by electric current.Life test apparatus load circuit is set
The meter technical conditions such as capacity and radiating mode need to meet standard requirements.
Existing relay life experimental rig is mainly two parts: coil frequency switch and contact load configuration.Coil frequency
Rate switch acts relay by operating frequency as defined in standard, and contact load configuration guarantees contact as defined in contact access standard
Voltage and current.
Coil frequency switch: core component is " 555timer ", for generating the square-wave signal of adjustable duty cycle and frequency,
See Fig. 1 (a) and Fig. 1 (b).
The pulse width t of first temporary stable statep1, i.e. ucFrom VCC/ 3 chargings rise to 2VCCTime needed for/3:
tp1≈0.7(R1+R2)C
The pulse width t of second temporary stable statep2, i.e. ucFrom 2VCC/ 3 electric discharges drop to VCCTime needed for/3:
tp2≈0.7R2C
Therefore cycle T=tp1+tp2≈0.7(R1+2R2) C, duty ratio
For the relay of different model, configuration circuit parameter can produce different frequency and duty ratio as 50% square wave
Signal.By taking JWXC-1700 type relay as an example, establishing criteria requirement, mechanical endurance test can design action frequency be 60 beats/min
Clock, then R1=3.9k Ω, R2=68k Ω, C=10 μ F；Electrical endurance test design action frequency is 20 beats/min, then R1=3.9k
Ω、R2=68k Ω, C=30 μ F.
The output square-wave signal of 555timer is accessed to the coil of auxiliary relay, then the one of auxiliary relay group contact is
It may make up the coil frequency switch of sample relay (carrying out the relay of life test, similarly hereinafter).
Contact load configuration: electrical endurance test requires contact to access defined voltage and current.With JWJXC-H125/0.44
For type relay, standard provides junction voltage DC220V, and contact electric current DC5A, contact load needs special resistance, to meet electricity
The demands such as flow valuve and radiating condition.
There are many disadvantages in actual use in existing life test apparatus, specific as follows:
1.555timer anti-interference is poor, requires height to periphery electromagnetic compatible environment, and being highly prone to interference leads to generation side
The period of wave and duty ratio change at random.
2.555timer input voltage range is relatively narrow, and when voltage fluctuation is easy to damage, causes existing apparatus to be difficult continuous normal
Work.
3. existing apparatus frequency adjust accuracy rely on capacitor and resistance accuracy, and buy in the market capacitor,
Resistance value can not accurately reach test requirements document level.The operating frequency and ideal value of device have nuance.These differences
It is progressively amplified during long term test, life test number and actual frequency is caused to have bigger difference.
4. every suit existing apparatus can only carry out life test to a kind of model relay.The test of Multiple Type relay
It need to repeat to build the device and different capacitors, resistance value and contact load are set.It is complicated for operation in repetitive process, expend when
Between, and easily go wrong.Whole system degree of integration is low, is not well positioned to meet test demand.
Summary of the invention
For overcome the deficiencies in the prior art, the utility model provides a kind of integrated railway signal relay life test
Device.
A kind of integration railway signal relay life test apparatus, first singlechip connect the line of the first solid-state relay
Circle, the first solid-state relay contact connect the coil and second power supply module of mechanical endurance test layer sample relay, coding choosing
Select switch connection first singlechip；
Second breaker is connected between AC220V alternating current and the first power module, and second singlechip connects the first power supply mould
Block, second singlechip connect the coil of the second solid-state relay, and coded selector connect with second singlechip, the second solid-state after
The contact of electric appliance is connect with the sample relay coil of third power module and electrical endurance test first layer；
Second singlechip is connect with the coil of the 4th solid-state relay, among the contact and first of the 4th solid-state relay after
Electric apparatus coil connection, the first intermediate relay contact connect with the first D.C. contactor coil, the first D.C. contactor contact and
The resistance connection of the high frequency switch power of load power source layer, load resistance layer, the resistance of load resistance layer and electrical endurance test the
One layer of sample relay tip connection；
Second singlechip is connect with the coil of the 5th solid-state relay, among the contact and second of the 5th solid-state relay after
Electric apparatus coil connection, the second intermediate relay contact connect with the second D.C. contactor coil, the second D.C. contactor contact and
The sample relay tip connection of the high frequency switch power, electrical endurance test first layer of load power source layer, the height of load power source layer
Frequency Switching Power Supply is connect with the sample relay tip of electrical endurance test first layer；
One end of the high frequency switch power of the front contact and load power source layer of the sample relay of electrical endurance test first layer
Connection, the other end of high frequency switch power connect with the contact of the first D.C. contactor, the contact of the first D.C. contactor with bear
The resistance connection of resistive layer is carried, the other end of the resistance of load resistance layer is connect with the middle contact of sample relay, electric life examination
The front contact for testing the sample relay of first layer is connect with the second D.C. contactor contact, the second D.C. contactor contact it is another
End is connect with the back contact of sample relay；
The first resistor of load resistance layer is connect with the 11st station sample relay tip of electrical endurance test first layer,
The second resistance of load resistance layer is connect with the twelve-station sample relay tip of electrical endurance test first layer, load resistance
The 3rd resistor of layer is connect with the 13rd station sample relay tip of electrical endurance test first layer；
Second breaker is connected between AC220V alternating current and the first power module, and third single-chip microcontroller connects the first power supply mould
Block, third single-chip microcontroller connect the coil of coded selector, delay circuit and the 6th solid-state relay, the 6th solid-state relay
Contact connects the first power module and third intermediate relay coil, third intermediate relay contact and third D.C. contactor line
Circle and the electrical connection of the city AC220V, the high frequency switch power of third D.C. contactor contact and load power source layer, load resistance layer
Resistance connection, the other end of the resistance of load resistance layer are connect with the sample relay tip of the electrical endurance test second layer, are delayed
The other end of circuit is connect with the coil of third solid-state relay, the contact and the electrical endurance test second layer of third solid-state relay
Sample relay coil and the 4th power module connection；
One end of the high frequency switch power of the front contact and load power source layer of electrical endurance test second layer sample relay connects
It connects, the other end of high frequency switch power is connect with the contact of third D.C. contactor, the contact of third D.C. contactor and load
The resistance of resistive layer connects, and the other end of the resistance of load resistance layer is connect with the middle contact of sample relay；
The sample relay tip of the 14th station of the 4th resistance electrical endurance test second layer of load resistance layer connects, and bears
The sample relay tip connection of the 15th station of the 5th resistance electrical endurance test second layer of resistive layer is carried, load resistance layer
The sample relay tip of 6th resistance electrical endurance test second layer sixteen work station connects；First breaker and load power source layer
High frequency switch power, load resistance layer resistance connected with fan layer.
Second breaker is connect with the first power module, second power supply module, third power module, the 4th power module.
A kind of integration railway signal relay life test apparatus, including control circuit equipment and load circuit equipment,
Control circuit equipment includes control working lining, bus plane, switching layer, mechanical endurance test layer, electrical endurance test layer, load power source
Layer, load circuit equipment includes load resistance layer and fan layer；Electrical endurance test layer includes electrical endurance test first layer and electric longevity
The life test second layer.
The utility model has the following characteristics that
1. main control unit uses single-chip microcomputer control technology, the low and high level control exported by single-chip processor i/o mouth it is related after
Electric appliance movement, when the duration (duty ratio that similar 555timer exports square wave) by controlling level controls relay on-off
Between compare.Compared with 555timer:
A. the electromagnetic compatibility strong antijamming capability of single-chip microcontroller, stable output signal are high；
B. single-chip microcontroller is safe and reliable, guarantees that life test apparatus continuously works normally；
C. single-chip microcontroller exports the low and high level duration not against resistance and capacitance, with higher accuracy and conveniently
The characteristic of adjusting guarantees life test number and the basic indifference of actual frequency.
2. integrated level is high, by the integration of equipments such as control circuit, load circuit to cabinet, multiplexing control circuit, load circuit
Equipment are waited to meet the life test of whole model relays.
3. sample relay can reduce operation error with plug and play, great short form test program.
The utility model has the beneficial effects that utilization rate of equipment and installations is high, occupied area is small；By being multiplexed equipment, realize with a set of
Equipment meets the requirement of all model relay life tests；Sample relay plug and play, it is easy to operate, reduce error rate；
Device strong antijamming capability, stability is high, provides safeguard for life test reliability；Device integration is high, and circuit design is apparent,
Convenient for operator's repair and maintenance.
Detailed description of the invention
When considered in conjunction with the accompanying drawings, by referring to following detailed description, it can more completely more fully understand that this is practical new
Type and being easy learns many adjoint advantages, but attached drawing described herein is used to provide to the utility model into one
Step understands, constitutes a part of the utility model, and the illustrative embodiments and their description of the utility model are practical for explaining
It is novel, it does not constitute improper limits to the present invention, such as schemes wherein:
Fig. 1 (a) is the 555timer circuit diagram of the prior art；
Fig. 1 (b) is the 555timer circuit work wave of the prior art；
Fig. 2 (a) is the control circuit equipment structure chart of the utility model；
Fig. 2 (b) is the load circuit equipment structure chart of the utility model；
Fig. 3 is the mechanical endurance test layer connection type structural schematic diagram of the utility model；
Fig. 4 is the electrical endurance test first layer connection type structural schematic diagram of the utility model；
Fig. 5 is the electrical endurance test first layer sample relay tip connection type structural schematic diagram of the utility model；
Fig. 6 is the electrical endurance test second layer connection type structural schematic diagram of the utility model；
Fig. 7 is the electrical endurance test second layer sample relay tip connection type structural schematic diagram of the utility model；
Fig. 8 is the load circuit equipment breaker K1 connection type structural schematic diagram of the utility model；
Fig. 9 is the control circuit equipment breaker K2 connection type structural schematic diagram of the utility model.
The present invention will be further described with reference to the accompanying drawings and examples.
Specific embodiment
Obviously, those skilled in the art are belonged to originally practical based on many modifications and variations that the objective of the utility model is done
Novel protection scope.
Those skilled in the art of the present technique are appreciated that unless expressly stated, singular " one " used herein, " one
It is a ", " described " and "the" may also comprise plural form.It is to be further understood that being used in the specification of the utility model
Wording " comprising " refer to that there are the feature, integer, step, operation, element and/or component, but it is not excluded that in the presence of or
Add other one or more features, integer, step, operation, element, component and/or their group.It should be understood that when claiming member
When part, component are "connected" to another element, component, it can be directly connected to other elements perhaps component or can also be with
There are intermediary element or components.Wording "and/or" used herein includes one or more associated times for listing item
Unit one and all combination.
Those skilled in the art of the present technique are appreciated that unless otherwise defined, all terms used herein (including technology art
Language and scientific term) there is meaning identical with the general understanding of the those of ordinary skill in fields.
For convenient for the understanding to embodiment, below in conjunction with being further explained explanation, and each embodiment not structure
The restriction of pairs of the utility model.
Embodiment 1: as shown in Fig. 2 (a), Fig. 2 (b), Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8 and Fig. 9, a kind of Integral iron
Road signal relay life test apparatus, is divided into control circuit equipment and load circuit equipment, control circuit equipment make sample after
Electric appliance is acted by defined frequency, and load circuit equipment applies the voltage and current of standard requirements to sample relay tip.
Control circuit equipment includes:
(1) working lining 1: first singlechip P1, second singlechip P2 and third single-chip microcontroller P3 composition single-chip microcontroller control is controlled
Group, the model of first singlechip P1, second singlechip P2 and third single-chip microcontroller P3: PIC18F45K80 is responsible for control sample relay
The working frequency and make-and-break time ratio of device.
First singlechip P1, second singlechip P2 and 4 sections of typing of third single-chip microcontroller P3 coding, and first singlechip P1,
Respectively increase by 1 coded selector, the characteristic of control single chip computer output level in front of second singlechip P2 and third single-chip microcontroller P3
It is shown in Table 2:
2 PIC18F45K80 output level characteristic of table
| Encode serial number | High level lasting time | The low level duration | Working frequency | High-low level time ratio |
| 1 | 4s | 4s | 7.5 times/min | 1:1 |
| 2 | 2s | 2s | 15 times/min | 1:1 |
| 3 | 1s | 1s | 30 times/min | 1:1 |
| 4 | 0.5s | 0.5s | 60 times/min | 1:1 |
4 kinds of working frequencies can cover 22 kinds of relay frequencies as defined in GB/T 7417-2010 and TB/T 2024-2007 and want
It asks, high-low level time ratio 1:1 keeps the relay working time identical with release time.
In addition, second singlechip P2 needs additional 1 section of typing coding, its pin is set persistently to export high level, for controlling electricity
Life test action mode is that the relay of " movement " carries out life test.
First singlechip P1 connection the first solid-state relay SSR1, second singlechip P2 the second solid-state relay of connection
SSR2, third single-chip microcontroller P3 connection third solid-state relay SSR3 coil, the first solid-state relay SSR1 of solid-state relay,
The model of two solid-state relay SSR2, third solid-state relay SSR3: JGX-1572F/014-10A50V is single-chip microcontroller control sample
The linking relay of the product actuating of relay.
The 4th solid-state relay SSR4, the 5th solid-state relay SSR5, the 6th solid-state relay SSR6 of solid-state relay
(model: JGX-1572F/014-10A50V) is the first intermediate relay KM1 of single-chip microcontroller control intermediate relay, among second
The linking relay of relay KM2 and third intermediate relay KM3 movement.
Second singlechip P2 output level is separately connected the 4th solid-state relay SSR4, the 5th solid-state relay SSR5, the
Three single-chip microcontroller P3 output levels connect the 6th solid-state relay SSR6.
(2) 2: the first power module DC1 of bus plane (model: HAD100K-220T05D12/020202) is by AC220V alternating current
Be converted to DC5V and DC24V direct current.Wherein DC5V is connected and is provided operating voltage for single-chip microcontroller, and DC24V is connected and is first
Action power indicator light PB1, the second action power indicator light PB2 and the intermediate relay of third action power indicator light PB3 and first
Device KM1, the second intermediate relay KM2 and third intermediate relay KM3 provide operating voltage.
AC220V alternating current is converted to DC24V direct current by second power supply module DC24-1 (model: NES-50-24), connection
And operating voltage is provided for the sample relay of mechanical endurance test layer, the first power supply indicator LD1 and the first counter JSQ1.
AC220V alternating current is converted to DC24V direct current by third power module DC24-2 (model: NES-50-24), connection
And the sample relay for electrical endurance test first layer, second source indicator light LD2 and the second counter JSQ2 provide work electricity
Pressure.
AC220V alternating current is converted to DC24V direct current by the 4th power module DC24-3 (model: NES-50-24), connection
And the sample relay for the electrical endurance test second layer, third power supply indicator LD3 and third counter JSQ3 provide work electricity
Pressure.
(3) switching layer 3: load circuit equipment master switch (breaker) K1, the work electricity that control load circuit equipment needs
Pressure；Control circuit equipment master switch (breaker) K2, the operating voltage that control control circuit equipment needs, the open circuit of switching layer 3
Device K1, K2 model are as follows: 5SY6210-8CC.
First intermediate relay KM1, the second intermediate relay KM2 and third intermediate relay KM3 (model:
LY2NJ24VDC) by the 4th solid-state relay SSR4, the 5th solid-state relay SSR5, the 6th solid-state relay of solid-state relay
SSR6 control, contact can be used as the first D.C. contactor JCQ1, the second D.C. contactor JCQ2 and third D.C. contactor
The controllable switch of JCQ3 movement.
The first D.C. contactor JCQ1, the second D.C. contactor JCQ2 and the third D.C. contactor JCQ3 of D.C. contactor
Model: BC98-Z323022, the first D.C. contactor JCQ1, the second D.C. contactor JCQ2 and third D.C. contactor JCQ3
It is the controllable switch of 6 high frequency switch power of load power source layer.The rated current of D.C. contactor is 32A, meets electrical endurance test
Standard requirements.First D.C. contactor JCQ1, the second D.C. contactor JCQ2 are used for electrical endurance test first layer, and third direct current connects
Tentaculum JCQ3 is used for the electrical endurance test second layer.
(4) mechanical endurance test layer 4: the model 5SY6210-8CC of mechanical endurance test layer control switch K3.The mechanical longevity
Life test layer 4 install 10 stations, the first station 9, second station 10,3rd station 11, the 4th station 12, the 5th station 13,
6th station 14, the 7th station 15, eighth station 16, the 9th station 17, the tenth station 18 meet 10 sample relays simultaneously
Test, each station connect and can be inserted into a sample relay.
The coil of first solid-state relay SSR1 contact connection mechanical endurance test layer sample relay.
First power supply indicator LD1 is lighted when mechanical endurance test layer control switch K3 is connected, and indicates this layer of power supply shape
State.After mechanical endurance test layer control switch K3 is connected, the first action power indicator light PB1, the instruction of the first action power are pressed
Lamp PB1 is lighted, this layer of sample relay starts to act.First counter JSQ1 (model: JDM11-6H) connects with sample relay
Point connection, the action frequency of minute book layer sample relay.
(5) left side of electrical endurance test layer 5 is electrical endurance test first layer: first layer control switch K4, model are as follows:
5SY6210-8CC.First layer installs 3 stations, i.e. the 11st station 19, twelve-station 20 and the 13rd station 21, meets 3
Platform sample relay is tested simultaneously, and each station connects and can be inserted into a sample relay.Second source indicator light LD2 is
One layer of control switch K4 is lighted when connecting, and after first layer control switch K4 is connected, presses the second action power indicator light PB2, the
Two action power indicator light PB2 are lighted, this layer of sample relay starts to act.Breaker K1 is connected, load circuit equipment works,
Sample relay can carry out electrical endurance test by standard requirements.Second counter JSQ2 (model: JDM11-6H) is for recording the
The action frequency of one layer of sample relay.The sample of first D.C. contactor JCQ1, the second D.C. contactor JCQ2 and first layer
Relay tip connection, can make the manner of execution " movement " of its electrical endurance test.
(6) right side of electrical endurance test layer 5 is the electrical endurance test second layer, and second layer control switch K5 is model:
5SY6210-8CC, the second layer install 3 stations, i.e. the 14th station 22, the 15th station 23 and sixteen work station 24, meet 3
Platform sample relay is tested simultaneously, and each station connects and can be inserted into a sample relay.Third power supply indicator LD3 is
Two layers of control switch K5 are lighted when connecting, and after second layer control switch K5 is connected, press third action power indicator light PB3, the
Three action power indicator light PB3 are lighted, and second layer sample relay starts to act.Connect breaker K1, load circuit equipment work
Make, sample relay can carry out electrical endurance test by standard requirements.Third counter JSQ3 (model: JDM11-6H) is for recording
The action frequency of second layer sample relay.The connection of the sample relay tip of third D.C. contactor JCQ3 and the second layer, can
Make the manner of execution " on " of its electrical endurance test.
(7) load power source layer 6: using TH220L20ZZ (MW-Z220/20) type high frequency switch power, by AC380V industry
Electricity consumption is converted to DC220V, the load power source as load circuit equipment.
Load circuit equipment includes:
(1) load resistance layer 7: load resistance layer 7 placed 6 blocks of powerful resistance needed for load circuit equipment.Electricity
Resistance includes first resistor 25, second resistance 26,3rd resistor 27, the 4th resistance 28, the 5th resistance 29 and the 6th resistance 30, wherein
First resistor 25 is connect with the sample relay tip of the 11st station 19, the sample of second resistance 26 and twelve-station 20 after
The connection of electric appliance contact, 3rd resistor 27 are connect with the sample relay tip of the 13rd station 21, the 4th resistance 28 and the 14th
The sample relay tip of station 22 connects, and the 5th resistance 29 is connect with the sample relay tip of the 15th station 23, and the 6th
Resistance 30 is connect with the sample relay tip of sixteen work station 24, the sample that 6 pieces of Power Resistors are installed altogether and on 6 stations
The connection of product relay tip.
(2) fan layer 8: load circuit device bottom places 9 fans, for radiating.
Embodiment 2: as shown in Fig. 2 (a), Fig. 2 (b), a kind of integration railway signal relay life test apparatus is divided into
Control circuit equipment and load circuit equipment, control circuit equipment act sample relay by defined frequency, load circuit
Equipment applies the voltage and current of standard requirements to sample relay tip.
Control circuit equipment includes control working lining 1, bus plane 2, switching layer 3, mechanical endurance test layer 4, electric life examination
Layer 5, load power source layer 6 are tested, load circuit equipment includes load resistance layer 7 and fan layer 8.
Electrical endurance test layer 5 includes electrical endurance test first layer (left side) and the electrical endurance test second layer (right side).
As shown in figure 3, breaker K2 connection AC220V alternating current and DC1 5V direct current, first singlechip P1 connection first is solid
The coil of state relay SSR1, the first solid-state relay SSR1 contact connect mechanical endurance test layer sample relay coil and the
Two power module DC24V-1, coded selector connect first singlechip P1.
Breaker K2 is connected, AC220V alternating current is converted to 5V direct current by the first power module DC1, as first singlechip
The working power of P1.According to sample relay model, coded selector is adjusted, first singlechip P1 is made to export corresponding work frequency
The square-wave signal of rate is to the first solid-state relay SSR1 coil.Second power supply module DC24V-1 exports DC24V, solid by first
The contact of state relay SSR1 is connect, to make sample relay by regulation with mechanical endurance test layer sample relay coil
Working frequency movement.
Fig. 3 illustrates that the connection type of mechanical endurance test layer 4 and control layer 1, bus plane 2 and switching layer 3.
First singlechip P1, the second singlechip P2 of control working lining 1 and 4 sections of typing of third single-chip microcontroller P3 codings, and
Respectively increase by 1 coded selector in front of first singlechip P1, second singlechip P2 and third single-chip microcontroller P3, control single chip computer
The level way of output.
The output level of first singlechip P1 connects the first solid-state relay SSR1, and the output level of second singlechip P2 connects
The second solid-state relay SSR2 is met, the output level of third single-chip microcontroller P3 connects third solid-state relay SSR3, solid-state relay
Contact can be directly as the controllable switch of the sample actuating of relay.
As shown in figure 4, control circuit equipment master switch (breaker) K2 is connected to AC220V alternating current and the first power module
Between DC1, the first power module DC1 exports DC5V direct current, and second singlechip P2 the first power module of connection DC1, second is single
The coil of piece machine P2 the second solid-state relay of connection SSR2, coded selector are connect with second singlechip P2, the second solid-state after
The contact of electric appliance SSR2 is connect with the sample relay coil of third power module DC24V-2 and electrical endurance test first layer.
Second singlechip P2 is connect with the coil of the 4th solid-state relay SSR4, the contact of the 4th solid-state relay SSR4 with
The connection of first intermediate relay KM1 coil, the first intermediate relay KM1 contact are connect with the first D.C. contactor JCQ1 coil,
First D.C. contactor JCQ1 contact is connect with the resistance of the high frequency switch power of load power source layer 6, load resistance layer 7, load
The resistance of resistive layer 7 is connect with the sample relay tip of electrical endurance test first layer.
Second singlechip P2 is connect with the coil of the 5th solid-state relay SSR5, the contact of the 5th solid-state relay SSR5 with
The connection of second intermediate relay KM2 coil, the second intermediate relay KM2 contact are connect with the second D.C. contactor JCQ2 coil,
The sample relay of the high frequency switch power of second D.C. contactor JCQ2 contact and load power source layer 6, electrical endurance test first layer
The connection of device contact, the high frequency switch power of load power source layer 6 are connect with the sample relay tip of electrical endurance test first layer.
As shown in figure 5, the HF switch of the front contact of the sample relay of electrical endurance test first layer and load power source layer 6
One end of power supply connects, and the other end of high frequency switch power is connect with the contact of the first D.C. contactor JCQ1, and the first direct current connects
The contact of tentaculum JCQ1 is simultaneously connect with the resistance of load resistance layer 7, the other end and sample relay of the resistance of load resistance layer 7
Middle contact connection, the front contact of the sample relay of electrical endurance test first layer and the second D.C. contactor JCQ2 contact company
It connects, the other end of the second D.C. contactor JCQ2 contact is connect with the back contact of sample relay.First electricity of load resistance layer 7
Resistance 25 is connect with the 19 sample relay tip of the 11st station of electrical endurance test first layer, the second resistance of load resistance layer 7
26 connect with the 20 sample relay tip of twelve-station of electrical endurance test first layer, the 3rd resistor 27 of load resistance layer 7
It is connect with the 21 sample relay tip of the 13rd station of electrical endurance test first layer.
As shown in fig. 6, control circuit equipment master switch (breaker) K2 is connected to AC220V alternating current and the first power module
Between DC1, AC220V alternating current is converted to DC5V direct current, third single-chip microcontroller P3 the first power supply of connection by the first power module DC1
Module DC1, the coil of third single-chip microcontroller P3 connection coded selector, delay circuit and the 6th solid-state relay SSR6, the 6th
In the contact connection the first power module DC1 (the 24V direct current output of the first power module DC1) of solid-state relay SSR6 and third
Between relay KM3 coil, third intermediate relay KM3 contact is electrically connected with third D.C. contactor JCQ3 coil and the city AC220V
It connects, third D.C. contactor JCQ3 contact is connect with the resistance of the high frequency switch power of load power source layer 6, load resistance layer 7, is born
Carry resistive layer 7 the other end of resistance connect with the sample relay tip of the electrical endurance test second layer, delay circuit it is another
End is connect with the coil of third solid-state relay SSR3, contact and the electrical endurance test second layer of third solid-state relay SSR3
Sample relay coil and the 4th power module DC24V-3 connection.
As shown in fig. 7, the HF switch of the front contact of electrical endurance test second layer sample relay and load power source layer 6 electricity
The one end in source connects, and the other end of high frequency switch power is connect with the contact of third D.C. contactor JCQ3, the contact of third direct current
The contact of device JCQ3 is connect with the resistance of load resistance layer 7, in the other end and sample relay of the resistance of load resistance layer 7
Contact connection.
The sample relay tip of the 14th station 22 of the 28 electrical endurance test second layer of the 4th resistance of load resistance layer 7 connects
It connects, the sample relay tip connection of the 15th station 23 of the 29 electrical endurance test second layer of the 5th resistance of load resistance layer 7 is born
Carry the sample relay tip connection of the 30 electrical endurance test second layer sixteen work station 24 of the 6th resistance of resistive layer 7.
As shown in figure 8, the high frequency switch power of load circuit equipment master switch breaker K1 and load power source layer 6, load
The resistance and fan layer 8 of resistive layer 7 connect, and control the work of load circuit equipment.
As shown in figure 9, control circuit equipment main breaker K2 and the first power module DC1, second power supply module DC24-1,
Third power module DC24-2, the 4th power module DC24-3 connection, operating voltage needed for control control circuit equipment work.
Embodiment 3: a kind of integration railway signal relay life test method contains following steps；
Step 1, mechanical endurance test layer:
Control circuit equipment main breaker K2 is connected, AC220V alternating current is converted to DC5V direct current by the first power module DC1
Electricity, the working power as first singlechip P1.According to sample relay model, corresponding frequency is selected using coded selector
Rate mode, first singlechip P1 export the level signal of respective frequencies to the first solid-state relay SSR1 coil.Second source mould
Block DC24-1 exports DC24V, is connected to mechanical endurance test layer sample relay line by the first solid-state relay SSR1 contact
Circle, acts sample relay by assigned frequency.
The electrical endurance test first layer of step 2, electrical endurance test layer 5:
Electrical endurance test first layer control circuit equipment and mechanical endurance test layer are essentially identical.Load circuit equipment portion
Point, second singlechip P2 persistently exports high level signal (by the coding-control of the additional typing of second singlechip P2), the 4th solid-state
Relay SSR4, the 5th solid-state relay SSR5 contact are continuously turned on, and control the first intermediate relay KM1, the second intermediate relay
Device KM2 and the first D.C. contactor JCQ1, the second D.C. contactor JCQ2 are connected.The high frequency switch power of load power source layer 6 is logical
The resistance of D.C. contactor contact and load resistance layer 7 is crossed, sample relay tip is accessed.
7 resistance of high frequency switch power, D.C. contactor and load resistance layer of sample relay tip and load power source layer 6
Connection type see Fig. 5.D.C. contactor contact is closed always, sample relay tip contact two in " on " and "off"
There is voltage at end, realizes the requirement of sample relay " movement ".
The electrical endurance test second layer of step 3, electrical endurance test layer 5:
Electrical endurance test second layer control circuit equipment increases short time delay circuit, and load circuit environment division and electric life try
It is essentially identical to test first layer.
7 resistance of high frequency switch power, D.C. contactor and load resistance layer of sample relay tip and load power source layer 6
Connection type see Fig. 7.Short time delay circuit makes third D.C. contactor JCQ3 prior to the sample actuating of relay.The contact of third direct current
Device JCQ3 contact is first connected, and sample relay tip both ends generate voltage, electrification when being turned on；Third D.C. contactor JCQ3
Contact first disconnects, sample relay tip both ends no-voltage, not charged when making its disconnection, realizes the standard requirements of " on ".
As described above, being explained in detail to the embodiments of the present invention, as long as but essentially without disengaging
The inventive point and effect of the utility model can have many deformations, this is apparent to one skilled in the art
's.Therefore, such variation is also integrally incorporated within the protection scope of the utility model.
Claims (3)
1. a kind of integration railway signal relay life test apparatus, it is characterised in that:
First singlechip connects the coil of the first solid-state relay, and the first solid-state relay contact connects mechanical endurance test layer sample
The coil and second power supply module of product relay, coded selector connect first singlechip；
Second breaker is connected between AC220V alternating current and the first power module, and second singlechip connects the first power module,
Second singlechip connects the coil of the second solid-state relay, and coded selector is connect with second singlechip, the second solid-state relay
The contact of device is connect with the sample relay coil of third power module and electrical endurance test first layer；
Second singlechip is connect with the coil of the 4th solid-state relay, the contact and the first intermediate relay of the 4th solid-state relay
Coil connection, the first intermediate relay contact are connect with the first D.C. contactor coil, the first D.C. contactor contact and load
The resistance connection of the high frequency switch power, load resistance layer of bus plane, the resistance and electrical endurance test first layer of load resistance layer
Sample relay tip connection；
Second singlechip is connect with the coil of the 5th solid-state relay, the contact and the second intermediate relay of the 5th solid-state relay
Coil connection, the second intermediate relay contact are connect with the second D.C. contactor coil, the second D.C. contactor contact and load
The sample relay tip connection of the high frequency switch power, electrical endurance test first layer of bus plane, the high frequency of load power source layer are opened
Powered-down source is connect with the sample relay tip of electrical endurance test first layer；
The front contact of the sample relay of electrical endurance test first layer is connect with one end of the high frequency switch power of load power source layer,
The other end of high frequency switch power is connect with the contact of the first D.C. contactor, the contact and load resistance of the first D.C. contactor
The resistance connection of layer, the other end of the resistance of load resistance layer are connect with the middle contact of sample relay, electrical endurance test first
The front contact of the sample relay of layer is connect with the second D.C. contactor contact, the other end and sample of the second D.C. contactor contact
The back contact of product relay connects；
The first resistor of load resistance layer is connect with the 11st station sample relay tip of electrical endurance test first layer, load
The second resistance of resistive layer is connect with the twelve-station sample relay tip of electrical endurance test first layer, load resistance layer
3rd resistor is connect with the 13rd station sample relay tip of electrical endurance test first layer；
Second breaker is connected between AC220V alternating current and the first power module, and third single-chip microcontroller connects the first power module,
Third single-chip microcontroller connects the coil of coded selector, delay circuit and the 6th solid-state relay, and the 6th solid-state relay connects
Point the first power module of connection and third intermediate relay coil, third intermediate relay contact and third D.C. contactor coil
And the electrical connection of the city AC220V, third D.C. contactor contact and the high frequency switch power of load power source layer, the electricity of load resistance layer
Resistance connection, the other end of the resistance of load resistance layer are connect with the sample relay tip of the electrical endurance test second layer, delay electricity
The other end on road is connect with the coil of third solid-state relay, contact and the electrical endurance test second layer of third solid-state relay
Sample relay coil and the connection of the 4th power module；
The front contact of electrical endurance test second layer sample relay is connect with one end of the high frequency switch power of load power source layer, high
The other end of frequency Switching Power Supply is connect with the contact of third D.C. contactor, the contact and load resistance layer of third D.C. contactor
Resistance connection, the other end of the resistance of load resistance layer connect with the middle contact of sample relay；
The sample relay tip of the 14th station of the 4th resistance electrical endurance test second layer of load resistance layer connects, load electricity
The sample relay tip of the 15th station of the 5th resistance electrical endurance test second layer of resistance layer connects, and the 6th of load resistance layer the
The sample relay tip of resistance electrical endurance test second layer sixteen work station connects；The height of first breaker and load power source layer
Frequency Switching Power Supply, load resistance layer resistance connected with fan layer.
2. a kind of integrated railway signal relay life test apparatus according to claim 1, it is characterised in that second
Breaker is connect with the first power module, second power supply module, third power module, the 4th power module.
3. a kind of integrated railway signal relay life test apparatus according to claim 1, it is characterised in that load
The resistance of resistive layer includes first resistor, second resistance, 3rd resistor, the 4th resistance, the 5th resistance and the 6th resistance.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201822060883.1U CN209560046U (en) | 2018-12-10 | 2018-12-10 | A kind of integration railway signal relay life test apparatus |
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| CN201822060883.1U CN209560046U (en) | 2018-12-10 | 2018-12-10 | A kind of integration railway signal relay life test apparatus |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109307840A (en) * | 2018-12-10 | 2019-02-05 | 中国铁道科学研究院集团有限公司标准计量研究所 | A kind of integration railway signal relay life test apparatus and method |
| CN112649722A (en) * | 2020-12-30 | 2021-04-13 | 卡斯柯信号有限公司 | Fault monitoring method for interface circuit of flood gate and signal system |
-
2018
- 2018-12-10 CN CN201822060883.1U patent/CN209560046U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109307840A (en) * | 2018-12-10 | 2019-02-05 | 中国铁道科学研究院集团有限公司标准计量研究所 | A kind of integration railway signal relay life test apparatus and method |
| CN109307840B (en) * | 2018-12-10 | 2023-09-01 | 中国铁道科学研究院集团有限公司标准计量研究所 | Integrated railway signal relay service life test device and method |
| CN112649722A (en) * | 2020-12-30 | 2021-04-13 | 卡斯柯信号有限公司 | Fault monitoring method for interface circuit of flood gate and signal system |
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