Vb 2160 Manual

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VB – VBP Variable Chamber Round Balers 2160, 2190 and BalePack series VB / VBP 2160, 2190 KUHN ROUND BALERS The ability to produce top quality bales in all crop conditions sets KUHN balers apart from all others. Every step in the baling process has to be coordinated and optimized, accounting for crop conditions, field conditions and weather. Solution Manual - Fluid Mechanics 4th Edition - Frank M.

Kuhn VB 2160 & VB 2190 030-0437-SO INTRODUCTION Congratulations on purchasing a Harvest Tec Model 437 applicator. This applicator is designed to apply Harvest Tec buffered propionic acid. The use of other products can cause application problems and damage to system components. The model 437 base kit includes the following parts. Original factory Kuhn VB 2160 Baler Operator's Manual by DIY Repair Manuals. Best selection and lowest prices on operator manual, service repair manuals, electrical wiring diagram, and parts catalogs. DIY is the top-rated supplier of printed dealership factory manuals. All manuals in stock.

VB – VBP Variable Chamber Round Balers 2160, 2190 and BalePack series VB / VBP 2160, 2190 KUHN ROUND BALERS The ability to produce top quality bales in all crop conditions sets KUHN balers apart from all others. Every step in the baling process has to be coordinated and optimized, accounting for crop conditions, field conditions and weather, as well as crop handling and storage.

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Perfectly-shaped bales, combined with high output and outstanding durability, ensure the KUHN baler will be a profitable investment. Field performance, bale quality and bale density are fundamental to the profitability of every baling operation. Every minute counts when weather conditions are uncertain. The unique innovations on the KUHN balers make a real difference in field performance. KUHN offers the most efficient and versatile range of balers available for the market. KUHN balers are not only designed to produce top quality bales but are also built for unmatched reliability. KUHN offers solutions for Variable Chamber Round Balers while meeting your requirements in terms of: Cost reductions Good practices www.kuhn.com Comfort Quality of life Proximity Advice Peace of mind Services VB VARIABLE CHAMBER ROUND BALERS Critical Baling Technologies W 3 The forced, aggressive Integral Rotor with large, heavy-duty flighting is manufactured with or without a crop cutting device. This Integral Rotor system provides the baler with even feeding regardless of crop conditions. With the unique Progressive Density bale formation system, each bale is made the way you want it, rock hard all the way through, or with a soft core, even in small diameters. Perfectly-filled bales are held together firmly by the twines and/or net. The well-engineered net wrap system is located on the front of the baler for easy monitoring of the wrapping process, and the net is pre-stretched for optimum bale integrity. The simple and durable design of the KUHN VB/VBP balers allows for fewer moving parts, unmatched crop flow, and outstanding performance and dependability. v www.kuhn.com Key Features Simple technology that produces perfectly-shaped bales Integral Rotor – The aggressive design provides maximum efficiency, with highperformance throughput in various crop conditions. OptiCut – The Integral Rotor is combined with a mounted knife system for maximum cutting efficiency Progressive Density – Increasing tension as the bale grows provides a firm bale with a tough outer shell. Driveline – A simple, durable driveline, with 1¼ ' chains offers low maintenance, dependability and long service life. Tying – Whether using net wrap or twine options, with KUHN your bale is secured until needed. ISOBUS – A feature on the VB/VBP models. The tractor's existing ISOBUS monitor can be used if available. BalePack – Two operations combined in one machine provides an efficient, one-man baling and wrapping system. (VBP Models Only) IntelliWrapTM – This intelligent wrapping technology offers simple operation, with efficient, uniform, high-quality performance. (VBP Models Only) 4 VB 2160 Ø 80 – 160 cm / 4 X 5 VBP 2160 Ø 100 – 160 cm / 4 X 5 VB 2190 Ø 80 – 185 cm / 4 X 6 VBP 2190 Ø 100 – 160 cm* / 4 X 6 * 185cm with wrapper disconnected VB INTAKE Five Different Intake Systems Open Throat (1) The wide pickup gives tremendous capacity for easy handling of the heaviest windrows produced by modern, high-capacity combines and mower conditioners. With the open throat design, there is also no restriction on the crop as it feeds into the baler. These features work together to help provide high field performance. BALE TRACK 5 Integral Rotor Technology Large-diameter, heavy-duty auger flighting is incorporated directly onto the outer sections of the rotor, which is called Integral Rotor Technology. This simple, maintenance-free, short-distance intake system ensures even feeding regardless of variations in the crop. With this system, even the heaviest of crops.

Vb 2160 Manual Free

Declares the name, parameters, and code that define a Function procedure.

Syntax

Parts

• attributelist

  Optional. See Attribute List.

• accessmodifier

  Optional. Can be one of the following:

  See Access levels in Visual Basic.

• proceduremodifiers

  Optional. Can be one of the following:

  • MustOverride Overrides

  • NotOverridable Overrides

• Shared

  Optional. See Shared.

• Shadows

  Optional. See Shadows.

• Async

  Optional. See Async.

• Iterator

  Optional. See Iterator.

• name

  Required. Name of the procedure. See Declared Element Names.

• typeparamlist

  Optional. List of type parameters for a generic procedure. See Type List.

• parameterlist

  Optional. List of local variable names representing the parameters of this procedure. See Parameter List.

• returntype

  Required if Option Strict is On. Data type of the value returned by this procedure.

• Implements

  Optional. Indicates that this procedure implements one or more Function procedures, each one defined in an interface implemented by this procedure's containing class or structure. See Implements Statement.

• implementslist

  Required if Implements is supplied. List of Function procedures being implemented.

  implementedprocedure [ , implementedprocedure ... ]

  Each implementedprocedure has the following syntax and parts:

  interface.definedname

  Part	Description
  interface	Required. Name of an interface implemented by this procedure's containing class or structure.
  definedname	Required. Name by which the procedure is defined in interface.

• Handles

  Optional. Indicates that this procedure can handle one or more specific events. See Handles.

• eventlist

  Required if Handles is supplied. List of events this procedure handles.

  eventspecifier [ , eventspecifier ... ]

  Each eventspecifier has the following syntax and parts:

  eventvariable.event

  Part	Description
  eventvariable	Required. Object variable declared with the data type of the class or structure that raises the event.
  event	Required. Name of the event this procedure handles.

• statements

  Optional. Block of statements to be executed within this procedure.

• End Function

  Terminates the definition of this procedure.

Remarks

All executable code must be inside a procedure. Each procedure, in turn, is declared within a class, a structure, or a module that is referred to as the containing class, structure, or module.

To return a value to the calling code, use a Function procedure; otherwise, use a Sub procedure.

Defining a Function

You can define a Function procedure only at the module level. Therefore, the declaration context for a function must be a class, a structure, a module, or an interface and can't be a source file, a namespace, a procedure, or a block. For more information, see Declaration Contexts and Default Access Levels.

Function procedures default to public access. You can adjust their access levels with the access modifiers.

A Function procedure can declare the data type of the value that the procedure returns. You can specify any data type or the name of an enumeration, a structure, a class, or an interface. If you don't specify the returntype parameter, the procedure returns Object.

If this procedure uses the Implements keyword, the containing class or structure must also have an Implements statement that immediately follows its Class or Structure statement. The Implements statement must include each interface that's specified in implementslist. However, the name by which an interface defines the Function (in definedname) doesn't need to match the name of this procedure (in name).

Note

You can use lambda expressions to define function expressions inline. For more information, see Function Expression and Lambda Expressions.

Returning from a Function

When the Function procedure returns to the calling code, execution continues with the statement that follows the statement that called the procedure.

To return a value from a function, you can either assign the value to the function name or include it in a Return statement.

The Return statement simultaneously assigns the return value and exits the function, as the following example shows.

The following example assigns the return value to the function name myFunction and then uses the Exit Function statement to return.

The Exit Function and Return statements cause an immediate exit from a Function procedure. Any number of Exit Function and Return statements can appear anywhere in the procedure, and you can mix Exit Function and Return statements.

If you use Exit Function without assigning a value to name, the procedure returns the default value for the data type that's specified in returntype. If returntype isn't specified, the procedure returns Nothing, which is the default value for Object.

Calling a Function

You call a Function procedure by using the procedure name, followed by the argument list in parentheses, in an expression. You can omit the parentheses only if you aren't supplying any arguments. However, your code is more readable if you always include the parentheses.

You call a Function procedure the same way that you call any library function such as Sqrt, Cos, or ChrW.

You can also call a function by using the Call keyword. In that case, the return value is ignored. Use of the Call keyword isn't recommended in most cases. For more information, see Call Statement.

Visual Basic sometimes rearranges arithmetic expressions to increase internal efficiency. For that reason, you shouldn't use a Function procedure in an arithmetic expression when the function changes the value of variables in the same expression.

Async Functions

The Async feature allows you to invoke asynchronous functions without using explicit callbacks or manually splitting your code across multiple functions or lambda expressions.

If you mark a function with the Async modifier, you can use the Await operator in the function. When control reaches an Await expression in the Async function, control returns to the caller, and progress in the function is suspended until the awaited task completes. When the task is complete, execution can resume in the function.

Vb 2160 Manual 2

Note

An Async procedure returns to the caller when either it encounters the first awaited object that's not yet complete, or it gets to the end of the Async procedure, whichever occurs first.

An Async function can have a return type of Task or Task. An example of an Async function that has a return type of Task is provided below.

An Async function cannot declare any ByRef parameters.

A Sub Statement can also be marked with the Async modifier. This is primarily used for event handlers, where a value cannot be returned. An AsyncSub procedure can't be awaited, and the caller of an AsyncSub procedure can't catch exceptions that are thrown by the Sub procedure.

For more information about Async functions, see Asynchronous Programming with Async and Await, Control Flow in Async Programs, and Async Return Types.

Iterator Functions

An iterator function performs a custom iteration over a collection, such as a list or array. An iterator function uses the Yield statement to return each element one at a time. When a Yield statement is reached, the current location in code is remembered. Execution is restarted from that location the next time the iterator function is called.

You call an iterator from client code by using a For Each…Next statement.

The return type of an iterator function can be IEnumerable, IEnumerable, IEnumerator, or IEnumerator.

For more information, see Iterators.

Example 1

The following example uses the Function statement to declare the name, parameters, and code that form the body of a Function procedure. The ParamArray modifier enables the function to accept a variable number of arguments.

Example 2

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The following example invokes the function declared in the preceding example.

Example 3

In the following example, DelayAsync is an AsyncFunction that has a return type of Task. DelayAsync has a Return statement that returns an integer. Therefore the function declaration of DelayAsync needs to have a return type of Task(Of Integer). Because the return type is Task(Of Integer), the evaluation of the Await expression in DoSomethingAsync produces an integer. This is demonstrated in this statement: Dim result As Integer = Await delayTask.

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The startButton_Click procedure is an example of an Async Sub procedure. Because DoSomethingAsync is an Async function, the task for the call to DoSomethingAsync must be awaited, as the following statement demonstrates: Await DoSomethingAsync(). The startButton_ClickSub procedure must be defined with the Async modifier because it has an Await expression.

See also