Design Scope
Design a peristaltic pump.
Purpose
The purpose of the peristaltic pump is to dose concentrated nutrient and pH solutions into a pressurized line.
Function
Inputs:
Outputs:
It interfaces with/depends on the following systems:
System operation assumes:
Method
Setup:
- ...
Process:
- ...
Shutdown:
- ...
Features
Each feature should be added to relevant BoMs and CADs where applicable. Design decisions should be well-supported using relevant research and calculations, and should be documented in the Solution Overview. If a feature is complex enough, create a new issue for it using this template, and tag it here.
- Rotor
- Housing
- Tubing
- Servo
Requirements and Validation
What does this design need to accomplish? How do we know it has accomplished this?
List any applicable metrics with criteria/constraints, applicable to purpose, function, method, and each feature, as well as how to test them.
- Metric A - Criteria/Constraint
Verification
Each test should be performed and documented, and the testing documentation attached to the PR. The testing suite should address the full scope of the function (i.e. ensure inputs are met and outputs work), method (all steps execute correctly), and features (each feature performs as expected) with respect to the purpose and requirements.
How does this design achieve its method effectively, safely, and reliably? How do we test this?
Specific testing procedure:
- ...
Design Scope
Design a peristaltic pump.
Purpose
The purpose of the peristaltic pump is to dose concentrated nutrient and pH solutions into a pressurized line.
Function
Inputs:
Outputs:
It interfaces with/depends on the following systems:
System operation assumes:
Method
Setup:
Process:
Shutdown:
Features
Requirements and Validation
What does this design need to accomplish? How do we know it has accomplished this?
List any applicable metrics with criteria/constraints, applicable to purpose, function, method, and each feature, as well as how to test them.
Verification
How does this design achieve its method effectively, safely, and reliably? How do we test this?
Specific testing procedure: