Universal Air Lift Bag 245 Model 93740 Double Convoluted Air Spring For Industrial Machine

Datos del producto:

Lugar de origen:	Cantón, China
Nombre de la marca:	GUOMAT
Certificación:	ISO/TS16949:2009
Número de modelo:	2H250180

Pago y Envío Términos:

Cantidad de orden mínima:	6 piezas
Precio:	$139.9-149.9/pc
Detalles de empaquetado:	caja fuerte de cartón o como los clientes necesitan
Tiempo de entrega:	2-8 días de trabajo
Condiciones de pago:	LC, T/T, Western Union
Capacidad de la fuente:	1000pcs/semana

Contacto

Descripción detallada del producto

Nombre del producto:	Resorte neumático industrial/bolsas de aire/globos de aire/elevación neumática	Material:	Caucho de la calidad de la altura
Garantía:	12 meses	OEM:	Disponible
Cross No.:	Modelo Tor-Prensa 245	Estándar:	93740
Convoluciones:	2	Orificios de conexión:	M 8 x 1.25
Resaltar:	Universal Air Lift Bag 245 , Double Convoluted Air Spring , Industrial Machine Air Spring

Universal Air Lift Bag 245 Model 93740 Double Convoluted Air Spring For Industrial Machine

Brand: GUOMAT

Model: 2H250180

Replace Tor-press 245

Replace Standard Code 93740

Technical Data

Connection	F1
Max.OD	270 mm
Min.Height	85 mm
Max.Height	245 mm
Static Height	165 mm
Effec.Area	169 cm2
Cap.	1150 daN
Freq.	127 cicli/1'
Stiffness	12 DaN/mm
Threaded Air Hole	-
Center Distance of Holes	145 mm
Flange Diameter	200 mm
Connecting Number	8pcs
Bolts or Holes	M8X1.25

Total Travel	225mm
Thrusts Max.	2680daN
Thrusts Min.	740daN

Thrusts in daN Pressures P=0.6 MPa (6 bar) Based On Travel	Travel in mm
2680	(0)
2620	(20)
2560	(40)
2460	(60)
2320	(80)
2160	(100)
1960	(120)
1760	(140)
1540	(160)
1300	(180)
1060	(200)
810	(220)

How Do Air Springs with Flange Connections Operate?

Simply put, flange-connected air springs change their internal air pressure by filling and expelling compressed air, thus achieving functions such as height adjustment, load support, and vibration damping/isolation.

Inflation (Raising/Loading)

Compressed air is filled into the air chamber, increasing the internal pressure. This causes the air chamber to expand, increasing its height and thus lifting the load above it, providing rigid support.

Deflation (Lowering/Unloading)

The compressed air is released from the air chamber, decreasing the internal pressure. The air chamber contracts under the weight of the load, lowering its height, and the load decreases accordingly.

Maintaining (Constant Support)

After filling with an appropriate amount of air, the system is closed to maintain a constant internal air pressure, thus providing a stable support height and load-bearing capacity.