Last updated: 12-13-01

Project: DEIMOS
Stage: Dewar Shutter
ID #: KDCS-001A
Engineer: D. Cowley

Mechanical Description of Stage:

Electronic Description of Stage:

Required setting accuracy:

**Performance requirements and design goals**
Component	Requirements 1
Limits 2: Bimba reed switch MRS-.087-XBL-02	Two per cylinder, four total
Encoders: None
Air Cylinders: 2	Bimba #MRS-025-DXP-UG
Air Solenoids: 2	Skinner #73419AN2NN00M1JO11C2

Speed, temperature, accuracies, electrical power, pressurized air, lubricant, coolant, N2 purge, ...
Primary (inner) and secondary (outer) limits. These can be magnetic, optical, or physical contact

**Manufacturer's specifications and limitations**
Component	Maximum Operating Condition	Safe Ops Condition	Requirements
Limits:
Air Cylinders:			40 PSI
Air Solenoids:			40PSI

Final Mechanical Assembly and Testing Results

Tests performed by:

**Motor tuning parameters under different spacial orientations and environment**
Parameter		Set
PID Filter:	KD:	[None]
	KP:
	KI:
Acceleration (pulses/sec^2):
Deceleration (pulses/sec^2):
Speed (pulses/sec):
Other:

Uphill defined as motor (or driven end of shaft) in lowest position

Motion Parameters

**Linear Stage (constrained)**
Distance from "home" 1	Position	Time to Reach
Software Limits:	Forward
Software Limits:	Reverse
Primary (inner) Limits:	Forward
Primary (inner) Limits:	Reverse
Secondary (outer) Limits:	Forward
Secondary (outer) Limits:	Reverse
Position #	IN	?
Position #	OUT	?

"Coarse" if from optical interupter, "Fine" if from an encoder index pulse. Home is defined as zero counts.
Primary limits signal the controller to stop motion. Secondary limits cut motor power and require intervention to move out of them.

Gear reduction function:
Backlash:

Forward:
Reverse:

Repeatability:

Forward:
Reverse:

Fiducial:

Type:
Location:

Encoder:

On motor:
On stage:

Air Cylinders:
Air Solenoids:

Air pressure:

NOTES:

Mechanical Drawing(s) #D5400

Electronic Drawing(s) #EL-1183, EL-1233

Sign conventions are such that a positive motion of the motor turns the motor in a CW direction as viewed from the drive shaft looking back into the motor, and will drive the stage towards the forward limit.