Device design: Basic housing made of hard anodized aluminum and stop plate made of hardened steel.
Air damping system, adjustable with throttle screw.
Weights of the devices:
ASMNG-220-EW-09-I: 0,71 kg
ASMNG-220-EW-09-I-A19: 0,70 kg
ASMNG-220-EW-09-I-A19-100: 0,75 kg
ASMNG-220-EW-09-I-KI: 0,78 kg

The forces are dependent on the pneumatic pressure, the piston surface and the spring force.
During the respective working movements, the following piston surfaces are subjected to compressed air:
Piston surface for lowering (EW-type): 820 mm²
Piston surface for extending the damping piston: 1139 mm²

The pneumatically separator ASMNG is a separator with damping. If a workpiece carrier strikes against the stop plate of the separator, the air chamber is compressed and the compressed air escapes through the opening gap of the adjusting screw. Thus, the workpiece carrier is gently damped to a stop. The damping is with air and can be finely adjusted via a throttle screw. If the workpiece carrier will be damped, the stop plate will be pushed in. The stop plate will stay in this position. There are no forces that would try to move the stop plate even the workpiece pallet is not pushing against the stop plate. The extension of the stop plate is effected by an internal valve control in the separator, when lowering, when the separator has reached the lower position.

In its basic version “EW” = “single acting”, the separator ASMNG has a compression spring which moves the separator into its upper or raised position.
The spring forces are:
Raised position: F₁ = 80 N
Lowered position: F₂ = 125 N

Temperature range: +5°C up to + 60°C (without accessories)

The separators ASMNG are offered as single-acting variants. There is only one air connection (P1) for lowering the separator. This air connection is located on the back or front of the unit. Usually, the front air connection is closed by a blanking plug.

Operating pressure 4 –8 bar
Single acting function:
Cylinder volume V for lowering + extending the stop plate:
ASMNG-220-EW-09-…: 39 cm³
The air consumption in liter (Nl) can be calculated by using a formula:
Q = V⋅(p+0,1)⋅0,01
Here is:
Q … air consumption in liter (Nl)
V … Cylinder volume (cm³)
p … Supply pressure in MPa (6 bar = 0,6 MPa)
For 0,6 MPa pneumatic pressure the air consumption for the ASMNG-220-EW-09-I is Q = 0.27 Nl each cycle.