Rotary Indexer hmanga siam a ni

Rotary Indexer hi eng nge ni?

Rotary indexer chu precision motion device a ni a, continuous emaw intermittent rotary input chu hmun dik taka dah, repeatable angular output step-ah a chantir a, workpiece emaw tooling emaw chu machining, assembly emaw inspection operation atan station ruat saah a hnungzuiin dah theih a ni. Rotary indexer hi cam-driven, servo-driven, Geneva-mechanism based a ni thei a, hei hi speed, precision leh motion profile mamawh dan azirin a ni.

Ruangam

Device hi a tlangpuiin drive mechanism (cam, servo motor gearbox nei, emaw Geneva wheel) output turret emaw table emaw nena inzawm a ni a, chu chu radial, axial, leh moment load handle turin precision bearings-cross-roller emaw four{2}}point contact type-a support fo thin a ni. Dwell period-a output position kha rigid taka vawn theih nan locking emaw braking mechanism an integrate fo a, station tina machining emaw assembly operation an tih laiin stability a awm theih nan.

Thil thlan dan tur ngaihtuah tur

Thil pawimawh tak takte chu index station awm zat, index angle, positioning dik leh repeatability, permissible load capacity leh moment loading, dwell time leh cycle rate, locking/braking torque, leh drive type (mechanical cam vs. servo-driven for flexible station counts) te a ni. Variable indexing pattern mamawh application-te chuan servo-driven units an duh zawk tur a ni a, high-speed fixed-station application-te erawh chuan mechanical reliability atan cam-driven designs an hlawkpui fo thung.

Dilna hrang hrang

Rotary indexer hi assembly automation, machining transfer line, packaging leh labeling hmanrua, welding leh inspection station-ah te, leh pick{0}}and-place system-ah te hman a ni a, chutah chuan workpiece-te chu production cycle chhunga station tam takah chiang tak leh nawn leh taka dah a ngai a ni.

Installation ngaihtuah turte

Indexer hi rigid, vibration-free base-ah dah tur a ni a, upstream leh downstream equipment-a verified alignment a awm tur a ni. Locking/braking mechanism te chu load hnuaiah test tur a ni a, holding torque a dik tih finfiah tur a ni. Startup hmain lubrication enfiah tur a ni a, station-to-station performance mumal tak neih theih nan commissioning neih laiin positioning dikna, repeatability leh backlash te enfiah tur a ni.

Hetah hian He page-ah hian Rotary Indexer, 2019 series kan rawn tarlang dawn a ni.

data sheet, production pictures,videos of test te chu a hnuaia mi ang hian i hmu ang:
Tin, Project dang en duh tan emaw Youtube hmanga kan video gallery tlawh theih a ni bawk:A rilru a hah lutuk chuan a rilru a buai em em a

FAQ:

1. Engtin nge load weight a zirin hollow rotating platform tha tak kan thlan theih ang?
A hmasa berin fixture leh workpiece te pawh telin load weight zawng zawng chu chhut rawh. Load chi thum thliar hrang rawh: axial load (vertical force), radial load (horizontal force), leh overturning moment (eccentric force). Overturning moment chu load weight chu eccentric distance hmanga multiply-in chhut rawh[reference:0]. Tichuan total inertia leh acceleration hmangin torque mamawh chu compute rawh. Platform pakhat, a rated output torque chuan demand zawng zawng aiin safety factor 1.5 atanga 2.0 a pel zawk tur thlang rawh. Manufacturer te load rating chart te chu enfiah thin ang che.

2. Hollow rotating platform hian load holding capacity engzat nge a neih?
Load holding capacity tih hian static holding torque emaw braking torque emaw a kawk a ni. Motor de-energy a neih chuan platform awmna a vawng reng thin. Motor electromagnetic brake hian he hna hi a pe a ni. Thil pawimawh tak tak atan chuan siamtute chuan mechanical brake an pe a, chu chuan output flange chu direct-in a lock a, hei hian himna leh holding force a ti sang zawk a ni. I thlan dawnin holding torque chu system-in a mamawh a tlin emaw, a pel emaw tih finfiah tur a ni.

3. Dynamic leh static load te hi selection criteria-ah eng nge an danglamna?
Platform a ding reng chuan static load a awm thin. Platform rit leh supported object nen a inang a ni Dynamic load hi rotation emaw acceleration emaw laiin a thleng thin. Inertial force leh shock load a siam thin. Platform thlan hunah a pahnih hian ngaihtuah fo ang che. Static load hian basic capacity a tichiang a ni. Dynamic load, speed leh acceleration nena inzawm hian torque mamawh leh bearing dam chhung a hril a ni. Dynamic load hian acceleration force vangin static load a pel fo thin.

4. Load sang tak hnuaiah rotating platform atan eng transmission chi nge hman tur?
Load sang tak awmna tur chuan planetary gear system emaw, heavy-duty worm gear emaw thlang rawh. Planetary gear hian torque density sang tak, rigidity leh efficiency sang tak a pe a ni[reference:9]. Load rit tak tak chuan output torque tihpun nan planetary reducer dang a mamawh thei bawk. High-capacity platform thenkhatah chuan 30:1 reduction ratio an hmang a, axial load capacities kg 200 thleng an nei bawk. Cross-roller bearing nei integrated motor-platform unit te hian output torque sang tak a pe bawk a, load rit tak tak pawh a handle tha hle.

5. Hollow rotating platform-a load testing standard chu engte nge ni?
Standard-ah hian static load testing atan GB/T 228.1-2021 (working load sang ber atanga 150%, permanent deformation 0.2% aia tlem emaw, a tlukpui emaw) a tel. Fatigue life assessment atan hian cycle 106 aia tam emaw, a tlukpui emaw a ngai a ni. Torque testing chu rated torque 120% ah efficiency loss 3% aia tlem emaw a tlukpui emaw a ni. Thil siamtute chuan bearing wear (maximum 0.3 mm) leh temperature rise (<=40℃) te pawh an test bawk. Structural safety atan ISO 14122-3 leh GB/T 3811 te hman a ni. I supplier hnen atangin test report dil fo thin ang che.