Flat Belt Conveyor, Center Drive, Pulley Dia. 30mm, Short Body

Economical conveyor with a reasonable structure design, enabling localized production. Multiple types of models are available to meet customers' design requirements for different usage scenarios, providing better selection options.
E-CVSJA: This model features a short body and is suitable for transportation applications where distance is limited.

Feature 1: Short body, suitable for transportation applications with limited distance in equipment.
Feature 2: Supports freely specified length and width, with the motor positioned underneath to minimize horizontal space occupation.
Feature 3: Belt width can be specified in 5 mm units, and pulley distance can also be specified in 5 mm units.

■ Material table

Part name	Material	Surface treatment
Profile	Aluminum	Electrophoresis
Motor cover	Aluminum	Painted baked paint
Pulley holder	Aluminum	Painted baked paint

■ Flat belt width - pulley center distance correspondence table

Model	Belt width B	Pulley center distance L
		L220 to 250	L255 to 275	L280 to 300	L305 to 325	L330 to 375	L380 to 600
E-CVSJA	50 to 110	●	●	●	●	●	●
	115 to 150	●	●	●	●	●	●
	155 to 200	●	●	●	●	●	●
	205 to 250	-	●	●	●	●	●
	255 to 300	-	-	-	●	●	●

Please follow the selection procedure to , select the type and parameters, and then proceed with ordering.

	Type	-	B	-	L	-	Motor selection					-	Belt specification	-	Motor manufacturer selection
							Output power	-	Specification	-	Gear head reduction ratio
When there is no pulley When there is no motor or gear head	E-CVSJA E-CVSJA E-CVSJA	- - -	100 100 100	- - -	500 500 500	- - -	25 25 25	- - -	SCM INV NM	- - -	25 25 NH	- - -	H9 J H9	- - -	G G R

■ Specification table

Type	Type	Machine characteristics
E-CVSJA	Belt with guide strip for deviation prevention	Belt deviation prevention is stable, but there is a slight bulge at the bonding area of the center guide strip on the flat belt

■ Speed control/inverter type

Type	B selection Specified unit 5 mm	L Specified unit 5 mm	Motor selection			Belt specification (Material is generally PU)	Motor
			Torque (N⋅m) Power (W)	Specification/Drive method	Gear head reduction ratio
E-CVSJA (With guide strip type)	50 to 300	220 to 600	6 25 40 (Power W) Caution: 6 is not suitable for variable frequency	SCM (Single-phase 220 V speed regulation type)	5 7.5 10 12.5 15 18  25 30 36 50 60 75  90 100 120 150 180 Caution: When the output power is 6, 5–10 are not applicable.	H9(general use · green) W9(general use · white) U5(sliding · green) S5(sliding · white) D9(anti-static · black) F12(for food conveyance · white) O9(oil-resistant specification · green) Q10(for inclined use · green) Y12(general use · yellow PVC) V12(general use · red PVC) J(without belt)	G(Teco motor) J(Jingyan motor)
				INV (3-phase 220 V inverter type)
				NM(without motor)	NH(without gear head)		R(without motor and gear head)

When selecting the INV inverter motor, the inverter is delivered together as an accessory.

■ Stepper type

Type	B selection Specified unit 5 mm	L Specified unit 5 mm	Motor selection			Belt specification (Material is generally PU)	Motor
			Torque (N⋅m) Power (W)	Specification/Drive method	Gear head reduction ratio
E-CVSJA57 E-CVSJA86 (with guide bar type)	50 to 300	220 to 600	2.3 2.6 3.1 (57 stepper type / torque N⋅m)	MC(pulse universal type) IO(IO control type) EC(bus EtherCAT) RS(RS485)	3 5 10 NH(without gear head) Caution: 3 to 10 are single pole	H9(general use · green) W9(general use · white) U5(sliding · green) S5(sliding · white) D9(anti-static · black) F12(for food conveyance · white) O9(oil-resistant specification · green) Q10(for inclined use · green) Y12(general use · yellow PVC) V12(general use · red PVC) J(without belt)	LS (Leisai motor)
			4.5 8.0 (86 stepper type / torque N⋅m)
				NM(No motor · drive)			R (without motor, driver, and gear head)

When using a 57 stepper, the driver supports an input voltage of 24 V DC to 48 V DC. (Power supply not included)
When using an 86 stepper with a torque of 4.5 N⋅m, the driver supports an input voltage of 48 V DC. (Power supply not included)
When using an 86 stepper with a torque of 8.0 N⋅m, the driver supports an input voltage of 24 V DC to 70 V DC or 48 V AC to 70 V AC, two types of power supply voltages. (Power supply not included)

■ Servo type

Type	B selection Specified unit 5 mm	L Specified unit 5 mm	Motor selection			Belt specification (Material is generally PU)	Motor
			Torque (N⋅m) Power (W)	Specification/Drive method	Gear head reduction ratio
E-CVSJA4 (with guide bar type)	50 to 300	220 to 600	400 (servo type power W)	MC(pulse universal type) EC(EtherCAT bus)	3 5 10 NH(without gear head) Caution: 3 to 10 are single N pole	H9(general use · green) W9(general use · white) U5(sliding · green) S5(sliding · white) D9(anti-static · black) F12(for food conveyance · white) O9(oil-resistant specification · green) Q10(for inclined use · green) Y12(general use · yellow PVC) V12(general use · red PVC) J(without belt)	LS (Leadshine motor)
				NM(No motor · drive)			R(without motor, drive, or gear head)

When a servo motor is selected, the motor and driver are supplied by default with a single-phase 220 V power supply. In conveyor applications, a motor rated speed of 3000 r/min is used as the standard for linear speed calculation. During use, control can be customized through host computer programming.

The belt thickness is the nominal thickness; the actual thickness is one-tenth of this value, with the unit in mm.
For oil resistance specifications, only the transmission surface is oil resistant. If oil gets on the back of the belt, it may become unusable.
When selecting without motor and without gear head, the motor installation hole pitch will vary depending on the motor output power.
When selecting without motor and without gear head, the main unit will be delivered as parts. Please assemble by the customer according to the assembly procedure instruction manual included in the same package.
For belts other than those above, please refer to the specification overview by clicking here.

	Type	-	B	-	L	-	Motor selection					-	Belt specification	-	Motor manufacturer selection	-	Alteration
							Output power	-	Specification	-	Gear head reduction ratio
	E-CVSJA	-	100	-	500	-	25	-	SCM	-	25	-	H9	-	G	-	MP170

 

Alterations	Code	Spec
Driving part position specification	MP	The motor installation position can be changed. Ordering code MP200 155 ≤ MP ≤ L-235 *The minimum value of L is 390 Only the center drive type can be specified.
Mounting bracket for speed controller	SCB	Comes with a mounting bracket for the speed controller. Ordering code SCB
Conveyor belt reverse conveyance	FX	Reverse conveyance. Ordering code FX
Increase the number of nuts in the profile groove. Select only when the standard quantity is insufficient (see dimensional drawing information for standard quantity and specification)	ANQ	Increase the quantity of nuts in the profile groove. Ordering codeANQ5 Code Quantity (pcs) Configuration type ANQ 5 to 10 Accessory

(1) Do not disassemble or modify the conveyor by yourself to avoid causing performance defects.
(2) Due to differences in the operating environment of the conveyor, MISUMI conveyors do not come with a power supply, cable, or switch.
(3) Due to issues with the structural strength and deformation of the machine body, please do not exceed the allowable load or length and width when selecting a model.
(4) The motor is available in two voltage specifications: single-phase 220 V and 3-phase 220 V. Please select the voltage according to your usage requirements.
(5) Belt deviation is a normal phenomenon and does not constitute a quality problem. Deviation adjustment is part of daily maintenance.     
　　Click here.
(6) Deviation tolerance: The distance from the belt to both sides of the roller should be 5+/-3mm. During operation, it is not possible to ensure that the belt always stays at the center of the aluminum profile.
(7) If the direction is opposite to the standard operating direction, belt deviation, belt breakage, noise, jamming, and other abnormalities may occur. Please avoid using it in this way. (The standard transport direction is shown in the figure below)