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HYP1100 (04-08-21)

CANNODE AND PROSTOP-E WIRING

Each cannode can support a total of 32 ProStop-E valves, 
which are split between two segments on each cannode. 
There are a maximum of 16 ProStop-E valves which can be on 
each segment.

1.  Divide the total number of nozzle bodies on the machine 

by 16 to determine the number of segments that will be 
needed.  
• 

Example:  72 total nozzle bodies/16 = 4.5.  With 
this fractional value, round up to 5 total segments 
required on the machine.

• 

Each cannode can support two segments, so three 
CanNodes are required for this system.  Three 
cannodes provides six segments, so the nozzle 
bodies can be divided equally among the available 
segments or grouped as desired.   

2.  Starting at the leftmost nozzle body on the machine, 

count out the nozzle bodies in the first two segments 
and mark the center between the two segments.  This is 
helpful to visualize where each segment starts and ends.  
• 

Example:  The first cannode will control two 
segments of 16 valves.  Starting from the leftmost 
nozzle body, move towards the center of the boom 
and mark in between the 16th and 17th nozzle.  This 
will be where the cabling will originate and distribute 
in opposite directions for segment 1 and segment 2.

• 

Segment 1 always connects valves to the left of 
the first connection on the segment and segment 
2 always connects valves to the right of the first 
connection on its segment.

3.  Thread the gray end of the M12 cable onto the cannode 

port labeled “SEGMENT 1”.

4.  Thread the black end of the M12 cable onto the first 

ProStop-E identified previously in Step 2.
• 

Example:  Segment 1 cable would be run from the 
cannode to the 16th valve from the left, identified in 
Step 2. Typically, this will be a long cable (2520-0259)
(40’/12m) for segments 1 and 2 from the leftmost 
cannode, out to the left side of the boom.  

5.  Connect the GRAY connector from the 2520-0240 or 

2520-0265 (for ProStop-E Single/Dual)  cable to output 
port on this first ProStop-E valve.  Wrap the cable around 
the boom to take up any slack.
• 

Note this is a keyed connector and can only be 
installed on the correct threaded port.

6.  Connect the BLACK connector to the next ProStop-E to 

the left.
• 

Note: this is a keyed connector and can only be 
installed on the correct threaded port.

7.  Repeat this process for all valves to the left on Segment 1.
8.  On the last ProStop-E, install a 2300-0067 cap to seal the 

unused port. 

9.  Using the 2520-0241  or 2520-0265 (for ProStop-E Single/

Dual)  cables, repeat steps 3-8 for segment 2 on the 1st 
cannode, moving to the right along the boom.

10.  On the last ProStop-E, install a 2300-0067 cap to seal the 

unused port. 

11.  Starting at the rightmost nozzle on the machine, count 

out the nozzles in the first two segments and mark the 
center between the two segments.  
• 

Example:  The second cannode will control two 
segments of 16 valves.  Starting from the rightmost 
nozzle, move towards the center of the boom and 
mark in between the 16th and 17th nozzle.  This will 
be where the cabling will originate and distribute in 
opposite directions for segment 1 and segment 2.

• 

Segment 1 always connects valves to the left of 
the first connection on the segment and segment 
2 always connects valves to the right of the first 
connection on its segment.

12.  Thread the gray end of the M12 cable onto the cannode 

port labeled “SEGMENT 1”.

13.  Thread the black end of the M12 cable onto the first 

ProStop-E previously identified in Step 10.
• 

Example:  Segment 1 cable would be run from the 
cannode to the 17th valve from the right, identified 
in Step 10. Typically, this will be a long cable (2520-
0259) (40’/12m) for segments 1 and 2 from the 
rightmost cannode out to the right side of the boom.  

14.  Connect the GRAY connector from the 2520-0240 or 

2520-0265 (for ProStop-E Single/Dual)  cable to output 
port on this first ProStop-E valve. Wrap the cable around 
the boom to take up any slack.

15.  Connect the BLACK connector to the next ProStop-E to 

the left.

16.  Repeat this process for all valves to the left on Segment 1.
17.  On the last ProStop-E, install a 2300-0067 cap to seal the 

unused port. 

18.  Using the 2520-0241 or 2520-0265 (for ProStop-E Single/

Dual)  cables, repeat steps 11-15 for Segment 2, moving to 
the right along the boom.  

19.  On the last ProStop-E, install a 2300-0067 cap to seal the 

unused port. 

20.  If there is an additional cannode(s) select the appropriate 

length extension cable for the center section (if 
necessary) and connect the remaining segment(s) using 
Steps 10-18.
• 

Optional extension cables:  2520-0242 (3’/1m), 2520-
0243 (6’/2m),  2520-0244 (9’/3m) 

• 

Optional extension cables for ProStop-E Single/Dual:  
2520-0266 (3'/1m), 2520-0267 (6'/2m), 2520-0268 
(9'/3m).  All have straight connector ends.

INSTALLATION

Summary of Contents for PROSTOP-E

Page 1: ...pentair com HYP1100 04 08 2021 2021 Pentair All Rights Reserved INSTALLATION AND OPERATIONS MANUAL PROSTOP E ISOBUS MODULE SYSTEM Rate and Individual Nozzle Control...

Page 2: ...ety Infomation 3 Overview 4 Installation 6 Operation 11 Control Overview 13 ProStop E Dual 28 Control Overview 32 Troubleshooting 36 Rate Controller Default Settings 39 Wiring Diagrams 41 Warranty 45...

Page 3: ...elated diseases could be aggravated by exposure Follow special protection and procedure methods for hazardous materials including protective equipment eye protection respiratory protection and ventila...

Page 4: ...Implement speed input Flowmeter digital input Pressure transducer input Flow control via hydraulic pump control PWM or proportional valve control The rate controller calculates flow based on real tim...

Page 5: ...Cable to IBBC connector length 9 5ft 2 9m 2520 0258 Control Harness 2520 0250 I O Harness Flow Meter Pump Control Pressure Input 2520 0251 CanNode ISOBUS Power tap cable x 3 2520 0259 Long Lead ProSto...

Page 6: ...See Fig 9 for mounting hole dimensions 4 Bolt the Rate Control Harness 2520 0258 onto the bottom of the Rate Controller 2850 0029 5 Connect the Interface Cable s 2520 0237 four pin connector Fig 1 It...

Page 7: ...ode on the left in Fig 6 controls the leftmost Prostop E valves on the boom the cannode on the right controls the rightmost valves on the boom and the center cannode controls the Prostop E valves in t...

Page 8: ...8 HYP1100 04 08 21 INSTALLATION 7 177 8 mm 230 5 8 mm 3 93 99 82 mm Figure 9 Rate Controller Mounting Dimensions 2850 0029...

Page 9: ...threaded port 7 Repeat this process for all valves to the left on Segment 1 8 On the last ProStop E install a 2300 0067 cap to seal the unused port 9 Using the 2520 0241 or 2520 0265 for ProStop E Sin...

Page 10: ...n of the switch will vary by type of machinery used and components are available from various manufacturers A run hold switch can be connected to the 2520 0258 wiring harness connector 1 shown in pict...

Page 11: ...usted while in HOLD PRE APPLICATION SYSTEM REVIEW Before beginning actual spraying perform the following Pre Field procedure to ensure that your valve settings nozzle selection and desired speed range...

Page 12: ...tor must turn to ON When in manual mode and Run Hold is in Hold the pump will continue to run for agitation If tank is running low or empty the pump can be turned off with this control 3 Application R...

Page 13: ...LERT POP UP SCREEN EXAMPLE ALARM ICON APPLICATION MODES SETTING IN CONFIG A NORMAL MODE In Normal Mode Channels 1 and 2 operate independently Both channels are controlled by the Run Hold switch The wo...

Page 14: ...sure This window can also be reconfigured by selecting the window and choosing another option 6 Target Rate This display shows the programmed Target Rate of the system The target rate can be increment...

Page 15: ...Source 13 Task Controller Connect This button will connect the ProStop E ISOBUS system to the Task Controller on the network Task Controller parameters in Configuration tab B and Channel Setup Implem...

Page 16: ...8 Ch 2 Area Counter Displays the running total of total area worked in acres The current default unit of measure is shown at right side 9 Ch 2 Distance Counter Displays cumulative distance traveled in...

Page 17: ...display Default unit is Acres other choices are 1000 sq ft or Sq Yards Exercise caution when changing Area Units the controller software will not automatically re calculate rate of application etc 5...

Page 18: ...red before attachment Changing those parameters is NOT possible once the system is connected 5 Enable Section Control This allows the Task Controller to control section on off Default setting is ON 6...

Page 19: ...in future version of software allowing user to save customized configurations 4 Configuration Delete Disabled may be enabled in future version of software allowing user to delete customized configura...

Page 20: ...color which will be used for application If the desired nozzle is not in this menu a customer nozzle can be created 5 Target Rate Enter desired overall target rate for application in gallons per acre...

Page 21: ...rned off or when in AUTO and ground speed goes to zero Duration of Auto Shutoff feature is 18 seconds Leaving the Auto Shutoff box unchecked will maintain the inline control valve s position until spr...

Page 22: ...d Flow Fixed Flow Trigger on when the flow per minute reaches a specified fixed total flow rate Proportional Flow Proportional Flow Trigger on when the flow per minute reaches a specified flow rate pr...

Page 23: ...s an absolute minimum pressure for the system 5 Enable Manual Control Allow for manual operation of the system for initial setup pre field testing and troubleshooting 6 Enable Pressure Control Enable...

Page 24: ...ressure Alarm set value to notify operator when high level is reached This can be set to OFF 0 or up to 100 of FULL SCALE setting 4 Tank Alarm Level This enables and specifies a value for the Tank Ala...

Page 25: ...w for the control of fence row nozzles from the UT screen Enabling fence nozzles assigns the far left and far right ProStop E valves as Fence Nozzles and automatically updates the section configuratio...

Page 26: ...E nozzles that will be in each section CANNODE CONFIGURATION The cannodes must be organized to match the machine layout Use the corresponding arrows to modify the cannode order For example the leftmo...

Page 27: ...erence to Center Distance This measurement defines the distance from the reference point as specified in Configuration B to the center of the implement itself If the center of the toolbar was specifie...

Page 28: ...B to A B then back to Auto When in Auto the nozzles will switch based off the parameters defined in ProStop E Dual Setup When A B or A B is selected that is the active nozzle s 2 Ch 1 Information Disp...

Page 29: ...HYP1100 04 08 21 IMPLEMENT TAB 1 Section Valve Type For the Dual Nozzle control select ProStop E Dual When this section valve type is selected the features for dual nozzles are unmasked 1 PROSTOP EDU...

Page 30: ...PSI These features are masked when ProStop E Dual is selected as section valve type 2 ProStop E Dual Setup This button appears when ProStop E Dual is selected as section valve type This button directs...

Page 31: ...Point calculation This value is not used for controlling the system only for the calculation 8 Calculate Switching Points This button runs a calculation to set the Switching Points which utilizes the...

Page 32: ...Min Data window on the right shows real time duty cycle 3 To save this value as the new minimum duty cycle press the Minimum button onscreen SET MAXIMUM LIMIT 4 Press the Increase button until maximum...

Page 33: ...container but a valve must be installed and properly adjusted to simulate actual field conditions Note the Fine Tune Meter test is automatically preset to run at simulated speed of 6 mph using the cur...

Page 34: ...Leave this value at 0 unless there are multiple ECUs of the same Device Class on the bus Set Device Class Instance to 1 if there is a conflict 3 Device Function Instance Leave this value at 0 unless...

Page 35: ...BUS Rate Controller It is displayed as a troubleshooting reference only 1 Home Softkey directly navigates to the Home screen 2 Configure Softkey directly navigates to the Configure screen 3 Disconnect...

Page 36: ...ue Check the number stamped on the flowmeter tag and be sure this is entered correctly If the meter has been used for some time wear may have changed the calibration value See Fine Tune Meter on page...

Page 37: ...the main harness connector You should get 0 volts on each wire Holding the Increase button should cause the RED wire to pulse toward 12 volts light will pulse Holding the Decrease button should cause...

Page 38: ...ve needs to be more than two thirds closed open the Range valve slightly and perform the Pre Field System Checkout again THROTTLE VALVE The throttle valve limits your high end to maximize servo perfor...

Page 39: ...on Lock Unlocked Unlocked Factory Configuration Locked Locked Channel 1 Channel 2 Operation English Metric English Metric Product Name Product 1 Product 1 Product 2 Product 2 Enable channel Enabled En...

Page 40: ...Gallons 145 145 145 145 Fullscale Pressure PSI Bar 150 10 4 150 10 4 Pressure Offset PSI Bar 0 0 0 0 Control Valve DC or PWM PWM PWM PWM PWM Operating Frequency Hz 200 200 200 200 Agitation Duty Cycle...

Page 41: ...41 HYP1100 04 08 21 PART NUMBER 2520 0258 WIRINGDIAGRAMS...

Page 42: ...42 HYP1100 04 08 21 PART NUMBER 2520 0250 PART NUMBER 2520 0251 WIRINGDIAGRAMS...

Page 43: ...43 HYP1100 04 08 21 PART NUMBER 2520 0252 PART NUMBER 2520 0253 WIRINGDIAGRAMS...

Page 44: ...44 HYP1100 04 08 21 PART NUMBER 2520 0237 WIRINGDIAGRAMS...

Page 45: ...d problems or questions once you are in the field Please read the manual carefully and follow the instructions that apply to your usage If you do encounter a problem that cannot be corrected by review...

Page 46: ...ird party registered and unregistered trademarks and logos are the property of their respective owners Because we are continuously improving our products and services Pentair reserves the right to cha...

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