Wim ratio imperium instructiones
Short description:
Enviko Wim Data Logger（Controller） collects data of dynamic weighing sensor (quartz and piezoelectric), ground sensor coil (laser ending detector), axle identifier and temperature sensor, and processes them into complete vehicle information and weighing information, including axle type, axle Numero, Wheelbase, Tyrus numerus, axe pondus, axem coetus pondus, totalis pondus, overrun rate, celeritate, temperatus, etc. Quod externum vehiculum genus identifier et axis identifier et ratio automatice aequet ad formare completum vehiculum notitia notitia upload aut repono in vehiculum genus idem.
Product Detail
Systema Overview
Enviko Quartz Dynamic appendens ratio adoptat Fenestra VII embedded operating ratio, PC104 + bus extendable bus et wide temperatus gradu components. Systema est maxime composito ex controller, crimen amplifier et Io Controller. Et ratio colligit notitia de dynamic appendens sensorem (Vicus et Piezoelectric), humus sensorem coil (laser ending detector), axis identifier et temperatus sensorem, et in axis in integrum et temperatus et appendens notitia, inter axe et axe, wheelbase, comprehendo axe, axe, wheelbase, comprehendo axe, axe, wheelbase, comprehendo axis et axe, wheelbase, comprehendo axe, axe, wheelbase, comprehendo axe, axe, wheelbase, comprehendo axe, axe, wheelbase, strigare, Numerus, axis pondus, axe coetus pondus, totalis pondus, overrun rate, celeritas, temperatus, etc. quod sustinet externum vehiculum genus identifier et axis Identifier et ratio automatice aequet ad formare completum vehiculum notitia notitia upload aut repono cum vehiculum genus idem.
Et ratio sustinet multiple sensorem modi. Numerus sensoriis in se lane potest paro ex II ad XVI. In crimen amplificans in ratio sustinet importari, domesticis et hybrid sensoriis. Et ratio sustinet IO modus vel network modus ad trigger in camera capere munus, et ratio sustinet captis output imperium frontem, ante, cauda et caudam capere.
Et ratio habet munus de re publica deprehendatur, ratio potest deprehendere in statum pelagus apparatu in realem tempus, et potest statim reparatione et upload notitia in casu de abnormes conditionibus; System habet munus automatic notitia cache, quod potest salvare notitia de vehiculis deprehenditur circiter dimidium anni; Et ratio habet munus remotis vigilantia, firmamentum remotis desktop, radmin et alia remotis operationem, suscipio remotis potentia-off reset; Systema utitur a varietate praesidium significat, comprehendo tres-gradu WDT Support, FBWF Ratio tutela, ratio curing Antivirus software, etc.
Technical parametri
| potentia | Ac220v 50Hz |
| Celeritas range | 0.5km / h~200KM / h |
| Sale Division | D = 50kg |
| axis tolerantia | ± X% constant celeritas |
| Vehiculum accurate Level | V classis, 10class, II classis(0.5km / h~20km / h) |
| Vehiculum separationem accurate | ≥99% |
| Vehiculum recognition rate | ≥98% |
| axis onus range | 0.5t~40t |
| Processing Lane | V vicos |
| SENSOR | 32Channels, aut LXIV channels |
| Sensorem layout | Support multa sensorem layout modos, singulis lane ut 2pcs vel 16pcs sensorem misit, support a varietate pressura sensoriis. |
| Camera trigger | 16Channel non separabis output trigger vel network trigger modus |
| DISCRIMENTUM | 16Chanen Di Solation input connect Coil signum, laser ending deprehendatur modus aut Auto ending modus. |
| System Software | Embedded Win7 operating ratio |
| Accessum axis identifier | Support a varietate rotam axis recognizer (Vicus, infrared photoelectric, Ordinarius) ad formam vehiculum notitia |
| Vehiculum genus identifier accessum | Non sustinet vehiculum genus idem ratio et formae completum vehiculum notitia longitudinem latitudine et altitudo elit. |
| Support Bidirectional deprehendatur | Suscipe deinceps et vicissim Bidirectional deprehendatur. |
| Fabrica interface | VGA interface, Network interface, USB interface, Rs232, etc. |
| Cras et re publica deprehendatur | Status deprehendatur: System detegit in statum pelagus apparatu in realem tempus, et potest statim reparatione et upload notitia in casu abnormes conditionibus. |
| Remotis Cras: Support remotis Desktop, Radmin et alia remotis operationes, suscipio remotis potentia-off reset. | |
| Notitia repono | Lata temperatus solidum statum ferreus orbis, firmamentum notitia repono, logging, etc. |
| Ratio praesidium | Tres Level WDT Support, FBWF Ratio tutela, ratio curing Antivirus software. |
| System Hardware amet | Wide temperatus Industrial Design |
| Temperature Imperium System | Instrumentum habet suum temperatus imperium ratio, quae potest monitor in temperatus statum in apparatu in realis et dynamically control et fan satus et prohibere de scrinium |
| Usus environment (wide temperatus consilio) | Service temperatus: - ~ LXXXV ℃ |
| Relativum Umor: ≤ LXXXV% RH | |
| Preheating tempus: ≤ I minute |
Fabrica interface
1.2.1 ratio apparatu nexu
Et ratio apparatu est maxime composito ex ratio moderatoris, crimen Amplifier et Io input / output moderatorem
1.2.2 ratio controller interface
Et ratio moderatoris can iungo III crimen amplifiers et I I Controller, cum III Rs232 / Rs465, IV USB et I Network interface.
1.2.1 Amplifier interface
In causam Amplifier subsidiis IV, VIII, XII channels (libitum) sensorem initus, DB15 interface output et opus voltage est DC12V.
1.2.1 I / O controller interface
IO input et output moderatorem, cum XVI separatim initus, XVI desolatione output, db37 output interface, opus voltage DC12V.
Layout Ratio
2.1 sensorem layout
Hoc sustinet multiple sensorem layout modos ut II, IV: VI, VIII et X per Lane, sustinet ad V vicos, XXXII sensorem initibus (quod potest expanded ad LXIV), et sustinet et vicissim duabus modo deprehendatur modi.
Di Control Connection
XVI channels de Di solitaria input, supporting coil controller, laser detector et alia consummatione apparatu, supporting di mode ut Optocoustia aut Nullam initus. Deinceps et vicissim directiones singulis lane participes finiendum fabrica et interface definitur;
| Ending lane | Di interface portum numerus | nota |
| Non I Lane (Porro, Reverse) | 1+,1- | Si finis imperium fabrica est optocoupler output, in finem fabrica signum debet correspondere ad + et - annuit IO controller unum per unum. |
| II non Lane (deinceps, vicissim) | 2+,2- | |
| Non III lane (deinceps, vicissim) | 3+,3- | |
| Nemo IV Lane (deinceps, vicissim) | 4+,4- | |
| Non V Lane (Porro, Reverse) | 5+,5- |
Et control connexionem
XVI Channel non separatim output, solebant control felis imperium de camera, firmamentum gradu trigger et cadit extremum trigger modus. System ipsum sustinet deinceps modus et vicissim modus. Post trigger control finem deinceps modus configuratur, in contrarium modus non opus est configurari, et systematis switches automatice. Quod interface definitur ut sequitur:
| LANE Number | Deinceps felis | Cauda trigger | Latus trigger | Cauda parte trigger | Nota |
| No1 Lane (deinceps) | 1+,1- | 6+,6- | 11+,11. | 12+,12- | In trigger control finem de camera habet + - finem. In trigger control finem de camera et + - signum IO controller debet corresponde unum per unum. |
| No2 Lane (deinceps) | 2+,2- | 7+,7- | |||
| No3 Lane (deinceps) | 3+,3- | 8+,8- | |||
| No4 Lane (deinceps) | 4+,4- | 9+,9- | |||
| No5 Lane (deinceps) | 5+,5- | 10+,10- | |||
| No1 Lane (Reverse) | 6+,6- | 1+,1- | 12+,12- | 11+,11. |
Ratio usus Guide
3,1 Primae
Praeparatio ante instrumentum occasum.
3.1.1 Set Radmin
I) Reprehendo si Radmin Servo est installed in instrumentum (officina instrumentum ratio). Si absentis placet install
II) Set Radmin, addere rationem et password
3.1.2 Ratio Orbis Tutela
I) currit CMD disciplinam intrare dos environment.
II) Query Ewf Tutela Status (Type EWFMG C, Intra)
(I) In hoc tempore, EWF praesidio munus est in (statu = enable)
(Type EWFMGR C: -CommunandDisable -Live Intra), et re publica est disabled ut indicant quod EWF praesidium est off
(II) At hoc tempus, EWF praesidio munus est claudendo (statu = inactivare), non subsequent operationem non requiritur.
(III) Post mutantur ratio occasus, paro ewf ad enable
3.1.3 Create Auto Satus Brevis
I) Create a brevis currere.
3,2 Introduction to system Interface
3,3 system parameter occasum
3.3.1 ratio initial parameter occasum.
(I) Intra in Ratio Occasus alternis buxum
(II) profecta parametri
A.et totalis pondus coefficiens ut C
B.Set IP et Portus Number
C.Set in Sample rate et channel
Nota, cum adaequationis progressio, quaeso ut sampling rate et channel consistent cum originali progressio.
D.parameter occasum parce sensorem
IV. Intra calibration occasum
5.When Vehiculum transit per sensorem area aequaliter (Suspendisse celeritas X ~ 15km / h), quod ratio generat novum pondus parametri
6.Reload pondus parametri.
(I) Intra ratio occasus.
(II) Click salvum ad exitus.
V. Fine tuning de ratio parametri
Secundum pondus generatur per sensorem cum vexillum vehiculum transit per systema, pondus parametri cuiusque sensorem sunt adaequatum manually.
1.Set sursum ratio.
2.Adjust est correspondentes K, elementum secundum ad driving modus vehiculum.
Sunt deinceps crucem alveo vicissim et ultra-humilis celeritate parametri.
6.System Deprehensio parameter occasum
Ponite correspondentes parametri secundum ratio deprehendatur requisita.
System Communication Protocol
TCPIP Communication Modus, Sampling XML forma pro data tradenda.
- Vehiculum intrantes: instrumentum est ad matching apparatus et matching apparatus non respondere.
| Detective caput | Data corpus longitudinem (VIII-byte illud convertitur ad integrum) | Data Corpus (XML filum) |
| Dcyw | Deviceno = instrumentum numerus Roadno = Road non Recno = Data Vide numerum /> |
- Vehiculum relinquens: instrumentum est ad matching apparatus et matching apparatus non respondere
| caput | (VIII-byte illud convertitur ad integrum) | Data Corpus (XML filum) |
| Dcyw | Deviceno = instrumentum numerus Roadno = Road non recno =Data Vide numerum /> |
- Upload of Weight data: instrumentum est ad matching apparatus et matching apparatus non respondere.
| caput | (VIII-byte illud convertitur ad integrum) | Data Corpus (XML filum) |
| Dcyw | Deviceno =Instrumentum numerus Roadno = Road non: Recno = Data Vide numerum Kroadno = transire via signum; Non transire via implere 0 Volo = celeritate; Unitas kilometer per hora pondus =Totalis pondus: Unit: KG Axlocount = numerum axium; Temperature =temperamentum; maxdistance = distantia inter primam axem et ultimum axem, in mm Axlestrtu = axe structuram, exempli gratia, 1-22 significat unumquodque strigare in utraque parte primi axis duplex strigare utrinque secundo axe duplex strigare tertium axe et tertia axe quae connected Weightstruct = pondus structuram, exempli gratia, 4000809000 modo 4000KG ad primam axe, 8000kg ad secundam axem et 9000kg ad tertiam axem distantia = distantiam structuram, exempli gratia, 40008000 significat quod distantia inter primam axem et secundam axem (IV) axis (VIII) MMM mm Diff1 = MM est millisecond differentia inter pondus notitia in vehiculo et primo pressura sensorem Diff2 = M est millisecond inter pondus notitia in vehiculum et finis longitudo = (XVIII); Longitudo vehiculum; mm = MMD latitudo; lorem latitudine; Unit: mm altitudo = MMMD; Vehiculum altitudo; unitas mm /> |
- Equipment Status, instrumentum est ad matching apparatus et matching apparatus non respondere.
| Caput | (VIII-byte illud convertitur ad integrum) | Data Corpus (XML filum) |
| Dcyw | Deviceno = instrumentum numerus Code = "0" status codice, 0 indicat normalis, alia valores indicant abnormal MSG = "" Description /> |
Enviko est specialiter in pondere-in-motus systems ad super X annis. Nostrum Wim sensoriis et alia products late agnita in industria.
