====== Programs - Pump Program ======

There are two types of Pump Programs that can be written:
  * 1) a program that moves water from one place to the next
      * i.e. from a river / borehole to a dam
  * 2) a program that only lists a pump with no runtimes etc. to be used in conjunction with a Valve Program

For the purpose of this document, the items marked with * will be applicable for option 2:

=====Program Details=====
{{ :programs:pump_program_details.png?nolink&400|}}

  * **A:** *Enter a Name for the Pump Program
  * **B:** *Select the relevant Station from the dropdown list
  * **C:** *Select the relevant Pump from the dropdown list
  * **D:** Enter the Runtime (minutes) / duration that the pump program must run
  * **E:** N/A
  * **F:** 
  * **G:** Enter the duration of time to pass before the pump starts after being told to start
  * **H:** Enter the time in seconds that the pump must stop before the Runtime is finished
  * **I:** *Enter the min Start Pressure (Bar)
  * **J:** *Enter the pressure (Bar) to stop the Bleed


=====Sensor Details*=====

{{ :programs:pump_program_sensor_details.png?nolink&400|}}

  * **A:** Select the relevant Control Valve from the dropdown list (only if there is one, leave as "Not Set" if there is no Control Valve)
  * **B:** Enter a Delay (seconds) before the Control Valve opens after the start of the pump
      * If the valves are closed when the pump is started, it means that there is no discharge head & minimum resistance to the pump, and therefore the output current is the smallest. 
      * Although the current is greater than the normal value when the motor starts, closing the discharge valve of a pump can avoid additional load on the pump.
  * **C:** Select the relevant Current Sensor from the dropdown list
  * **D:** Select the relevant Pressure Sensor from the dropdown list
  * **E:** Select the relevant Flow Rate Sensor from the dropdown list
  * **F:** Select the relevant Trip Sensor from the dropdown list
  * **G:** Select the relevant Temperature Sensor from the dropdown list

=====Scheduling=====

{{ :programs:pump_program_schedulingrev.png?nolink&400|}}

  * **A:** Select a Date & Time
  * **B:** Enter in hours the duration of time to pass before the program is repeated
  * **C:** Enter Date & Time for schedule to wait before starting
  * **D:** Select the relevant Ruraflex Stages
  * **E:** Select the relevant Ruraflex Stages
  * **F:** To set a regular schedule, tick this box, this will open more settings for scheduling
     As described below
     
{{:programs:pump_program_scheduling2.png?nolink&400|}}

  * **A:** Provision has been made to enter up to 4 different Times per day
  * **B:** Tick the Days of the Week that the program must run on



=====Alarms*=====

{{ :programs:pump_program_alarmsrev.png?nolink&400|}}

  * **A:** Enter the duration of time allowed to pass for the program to be out of specification before the alarm is triggered
  * **B:** Enter the Min Amps of the pump motor
  * **C:** Enter the Max Amps of the pump motor
  * **D:** Enter the Min Pressure (Bar) of the pump
  * **E:** Enter the Max Pressure (Bar) of the pump
  * **F:** Enter the Min Flow Rate (m3/h)
  * **G:** Enter the Max Flow Rate (m3/h)
  * **H:** Enter the Number of Automatic Restarts Allowed if pump fails to start on the first try before the alarm is triggered
  * **I:** Enter the duration of time that must pass if the pump pails to start before it tries to start again
  * **J:** Enter the Max Temperature that the motor may run at


=====Trigger=====

The values entered here are based on the type of sensor selected as a trigger. E.g. if the selected trigger is a pressure sensor, the min / max values would be related to pressures (either in Bar or meters); if the selected trigger is a Current Sensor, the min / max values would be in Amps.

{{ :programs:trigger.png?nolink&400|}}

  * **A:** Select a trigger sensor
  * **B:** Enter a min Threshold 
  * **C:** Enter a max Threshold 
  * **D:** Enter a max interval
  * **E:** Enter a min Active time for the trigger
  * **F:** Select a trigger type from the dropdown list


=====Input / Output=====

{{ :programs:pump_program_i-o.png?nolink&400|}}

  * **A:** Select the relevant port connected to the Bleeding System (Usually a small pump or electric valve or both)
  * **B:** Select the relevant port connected to the Main Pump (Used when pump use to be started by hand / green button)
  * **C:** Select the relevant port connected to the Main Pump (Should be the "PC" connection on the starterbox)
  * **D:** Select the relevant port connected to the Main Pump (Used when pump use to be started by hand / red button)
  * **E:** Select the relevant port for the Actuator valve if applicable
  * **F:** Select the relevant port for the Actuator valve if applicable

=====Events=====
{{ :programs:pump_program_events.png?nolink&400|}}

  * **A:** Select from the dropdown list a program that must be started along with this Valve Program
  * **B:** Select from the dropdown list a program that must be started once this Valve Program has stopped

=====Rate Control=====

{{ :programs:pump_program_rate_controlrev.png?nolink&400|}}

  * **A:** Enter the Target Pressure (Bar) / Desired Pressure  
  * **B:** Enter the Target Amps / Desired Amps  
  * **C:** 
  * **D:**  
  * **E:** 
  * **F:** “Rate Control Method”:
      * "Analog VSD Output"
      * "Actuator Control"
      * "Digital Out Setpoint"
  * **G:** 
  * **H:** 
  * **I:** 
  * **J:** 


=====Pump Cluster=====

{{ :programs:pump_program_pump_cluster.png?nolink&400|}}

  * **A:**   
  * **B:**  
  * **C:** 
  * **D:**  
  * **E:** 
  * **F:** 
  * **G:** 
  * **H:** 
  * **I:** 
  * **J:** 
  * **K:**
  * **L:**
  * **M:**
  * **N:**
  * **O:**
  * **P:**