ABB JDF300 Operating Instruction
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ABB JDF300 Operating Instruction

ABB JDF300 Operating Instruction

Field indicator with foundation fieldbus communication
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A B B M E A S U R E M E N T & A N A LY T I C S | O P E R AT I N G I N S T R U C T I O N
JDF300
Field indicator with
FOUNDATION Fieldbus communication
Introduction
—
JDF300 field indicator
The present manual provides information on
installing, operating, troubleshooting the field
indicator JDF300. Every section of the present
manual is specifically dedicated to the specific
phase of the field indicator lifecycle starting from
its receipt and identification, passing to the
installation, to the electrical connections, to the
configuration and to the troubleshooting and
maintenance operations.
The present manual can be used for JDF300 field
indicator.
The new JDF300 Foundation Fieldbus indicator
provides remote visibility for up to 8 variables,
subscribed from the bus (publisher/subscriber) or
directly written by the Host (client/server).
Each individual variable/input to be displayed can
be remotely selected through FF protocol or locally
selected operating on the housing push button or
through the local display menu: such delocalized
configuration capabilities saves time and greatly
improve productivity.
In addition to its standard function of Field
The field indicator JDF300 provides
simple and low cost remote
indication of a process variable on
an easy to read LCD display.
Measurement made easy
Indicator, the JDF300 is a Link Master device and
offers a set of Control Function Blocks improving its
calculation capability available for distributed
control strategy solutions.
For more information
Further publications for JDF300 are available
for free download from:
www.abb.com/measurement
or by scanning this code:
JDF300 field indicator –
Datasheet
JDF300 field indicator –
Operating Instruction
Search for or click on:
DS/JDF300-EN
OI/JDF300-EN

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Summary of Contents for ABB JDF300

  • Page 1 — JDF300 field indicator The present manual provides information on Indicator, the JDF300 is a Link Master device and installing, operating, troubleshooting the field offers a set of Control Function Blocks improving its indicator JDF300. Every section of the present...

  • Page 2: Table Of Contents

    HMITB mapping ......23 Installing JDF300 field indicator ....8 Bracket mounting.
  • Page 3 J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B Control Application Process (CAP) blocks . . . 24 Maintenance .

  • Page 4: Health & Safety

    The Safety section provides an overview of the safety aspects It is prohibited to use the device for the following purposes: to be observed for operation of JDF300. The device has been • As a climbing aid, e.g., for mounting purposes constructed in accordance with the state of the art and is •...

  • Page 5: Operator Liability

    The owner must observe the proper regulations for • Before removing the device, remove power supply. shipping purposes. All devices sent back to ABB must be free • Check whether hazardous materials have been used in the from any hazardous materials (acids, alkalis, solvents, etc.).

  • Page 6: Field Indicator Overview

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B Field indicator overview Field indicator components overview Communication board Terminal block HMI display with keypad...

  • Page 7: Optional Wired-On Sst Plate (I1)

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B 5 Installation General JDF300 field indicator is in compliance with EMC 2014/30/EU. The certification plate (ref.A) shown here is issued by ABB S.p.A, Study these installation instructions carefully before 22016 Tremezzina, Italy, with the numbers: proceeding.

  • Page 8: General Installation Information

    Ex ia IIC T6...T4 Ga, Ex ia IIIC T85 °C Da; IP66, IP67. EXPLOSION PROOF: The field indicator model JDF300 can be mounted directly a • ATEX Europe (code E2) approval wall using approriate fixing screws (not provided by the II 2 G Ex db IIC T6 Gb Ta=–50 °C to +75 °C,...

  • Page 9: Securing The Housing Cover In Flameproof Areas

    Connections must only be established in a • Turn the locking screw counterclockwise to secure the dead-voltage state. JDF300 field indicator has overvoltage/ housing cover. This involves unscrewing the screw until the lightening according to IEC 61326 (higher capacity must be screw head stops at the housing cover.

  • Page 10: Supply Requirement

    • Run the cable through the cable gland and the open port. The JDF300 Field Indicator is a Bus Powered device with • Connect the two bus wires to the + terminal, and the Fieldbus Foundation output. The two wires of the bus have to terminal without taking care of their polarity be connected as in the picture.

  • Page 11: Electronic Board

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B IMPORTANT After the Cold Start the JDF300 is ready to work displaying the Test voltage withstand capability can no longer be ensured value of MAO_IN1 (input 1) with its default Subtag and unit code when this protective circuit is used.

  • Page 12: Display

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B 8 Display Integral Display Rotation Configuration of the field indicator using It is possible to mount the display in four different positions the optional integral LCD with keypad...
  • Page 13 “INxL” or if it is not linked but directly written to the MAO input i.e: “INxN” where x goes from 1 to 8 depending by the selected input (i.e: IN3L or IN2N) • The Lock symbol when the JDF300 is write locked. • The symbol indicating that the Autoscrolling of the enabled inputs is active.

  • Page 14: Configuration Of The Field Indicator Using The Optional Integral Lcd With Keypad (Menu-Controlled)

    LCD with keypad (menu-controlled) Once the display enter into the local menus, the following The JDF300 Field Indicator is a Dot matrix LCD with a keypad of details could be taken in account: 4 buttons connected to the electronic board.

  • Page 15: Configuration Of The Field Indicator Using The Housing

    If write lock is enabled, the Z and S buttons are disabled. When the JDF300 is write locked, the lock symbol is displayed in the bottom side of the display. However, when write lock is enabled it is still possible to read out the configuration data through the HMI local menus or using DD based configuration tools.

  • Page 16: Autoscrolling Function

    At Step 1, when the Z button is released after it has been pressed while the JDF300 displays the IN1 (Linked – IN1L), the JDF300 moves to Step 2. On the display it appears an intermediate view for a couple of seconds having the aim to make evident to the user that the JDF300 is switching to a new input as displayed at Step 3 relating the next valid input IN3 (Not Linked –...

  • Page 17: Squawk Function

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B Squawk Function The Squawk function is used to make easier the identification of an installed device in the field by enabling a special display behavior.

  • Page 18: Device Application Process (Dap) Blocks

    The data is not processed in the way that a function block processes data, so there is no function schematic. This block contains and manages all the diagnostic info available from the JDF300 in compliance with the NAMUR NE107 recommendations.

  • Page 19: Resource Block Mapping

    Special Restart This function is not supported Special Operations See also SPECIAL_OPERATION FEATURES Used to show supported resource block options Used to select resource block options. For the JDF300 they are: Bit 1 Reports Supported Bit 2 Fault State Supported FEATURES_SEL...
  • Page 20 J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B . . .RESOURCE Block Mapping Parameter Description / Range / Selections / Notes MIN_CYCLE_T...
  • Page 21 Bit 29 MAO-pre-setting instantiated into a Function Block Application otherwise cannot move out from OOS. Bit 30 RB pre-setting SPECIAL_OPERATION Do nothing No Special Operations available in the JDF300 MESSAGE Message DESCRIPTOR Descriptor INSTALLATION_DATE Installation date disabled Local operation via PUSH BUTTONS are not allowed...

  • Page 22: Hmi Transducer Block (Hmitb)

    The HMI transducer block is a custom block with the task to manage different modalities to visualize the measure and on the display of the JDF300 field indicator. The HMITB block receives in input the variable selected by the MAO_Channel, and takes care to display its Values, Quality Status, subtag, engineering unit in order to give a complete set of info to the user.

  • Page 23: Hmitb Mapping

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B HMI TB Mapping Parameter Description / Range / Selections / Notes In the Block Object data structure, there are different items describing the block characteristics.

  • Page 24: 10 Control Application Process (Cap) Blocks

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B . . .HMI TB Mapping Parameter Description / Range / Selections / Notes IN8_SUBTAG...

  • Page 25: Mao Block Mapping

    Floating Point value + Status Input 5 Input 6 Input 7 Input 8 MO_OPTS All set to 0 (not used in the JDF300) FSTATE_TIME Default = 0  not used FSTATE_VAL1 Default = 0  not used FSTATE_VAL2 Default = 0  not used FSTATE_VAL3 Default = 0 ...

  • Page 26: Diagnostic

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B Diagnostic: Resource Block FD_Diagnostic bits. (Indexes 47, 48, 49, 50): Block Error Root error Description...

  • Page 27: Enhanced-Pid Function Block (E-Pid)

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B Enhanced-PID Function Block (E-PID) Overview The PID block is key to many control schemes and is used almost universally, with the exception of PD, which is used when the process itself does the integration.

  • Page 28: Equations

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B . . .Enhanced-PID Function Block (E-PID) .

  • Page 29: Block Mapping

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B Block Mapping Parameter Description / Range / Selections / Notes BLOCK_OBJ In the Block Object data structure, there are different items describing the block characteristics.
  • Page 30 J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B . . .Block Mapping Parameter Description / Range / Selections / Notes The normal control algorithm may be bypassed trough this parameter.
  • Page 31 J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B Parameter Description / Range / Selections / Notes UPDATE_EVT This alert is generated by any change to the static data The block alarm is used for all configuration, hardware, connection failure or system problems in the block.

  • Page 32: Diagnostic

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B Diagnostic Block_Err Possible Reasons OUT Status •...

  • Page 33: Arithmetic Function Block (Ar)

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B Arithmetic Function Block (AR) Overview This block is designed to permit simple use of popular measurement math functions.

  • Page 34: Equations

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B The bias can be used to correct for absolute temperature or pressure. The gain can be used to normalize terms within a square root function.

  • Page 35: Configuration Hints

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B Algorithm Type Description Function PV + GAIN BIAS Average...
  • Page 36 J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B Parameter Description / Range / Selections / Notes Options the user may select to alter the calculation done in a control loop Bit 0 IN Use uncertain as good...

  • Page 37: Diagnostic

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B Diagnostic Block_Err Possible Reasons OUT Status •...

  • Page 38: Input Selector Function Block (Is)

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B Input Selector Function Block (IS) Overview The signal selector block provides selection of up to four inputs and generates an output based on the configured action.

  • Page 39: Equations

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B Selection Processing If OP_SELECT is non-zero, the OP_SELECT value shall determine the selected input, regardless of the SELECT_TYPE selection. Set SELECTED to the number of the input used.

  • Page 40: Block Mapping

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B Block Mapping Parameter Description / Range / Selections / Notes In the Block Object data structure, there are different items describing the block characteristics.

  • Page 41: Diagnostic

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B Diagnostic Block_Err Possible Reasons OUT Status BAD + Out Of Service Block Configuration error SELECT_TYPE = 0 (uninitialized)

  • Page 42: Control Selector Function Block (Cs)

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B Control Selector Function Block (CS) Overview The control selector block is intended to select one of two or three control signals in a manner determined by SEL_TYPE, when the block is in Auto mode.

  • Page 43: Block Mapping

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B Block Mapping Parameter Description / Range / Selections / Notes In the Block Object data structure, there are different items describing the block characteristics.

  • Page 44: Diagnostic

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B Diagnostic Block_Err Possible Reasons OUT Status BAD + Out Of Service Block Configuration error SELECT_TYPE = 0 (uninitialized)

  • Page 45: 11 Maintenance

    The use of non original spare parts makes the warranty void. In Ex d apparatus. case you want ABB to perform the repair, please send back the field indicator to your local ABB office complete with the return form that you find in this manual appendix and include it with WARNING the device.

  • Page 46: 12 Hazardous Area Considerations

    “i”) EN 60079-26 (Equipment with equipment protection • T4: Temperature class of the field indicator (corresponding to level -EPL- Ga) the JDF300 field indicator has been certified for 135°C max) with a Ta from -50°C to +85°C the following group, categories, media of dangerous •...
  • Page 47 About the applications, this field indicator can be used in Zone “1” (Gas) classified areas (continuous hazard) About Dust application, JDF300 is suitable for “Zone 21” according to the EN 60079-1 as it is shown on the relevant part of the sketches.

  • Page 48: Approval

    • IP67: degree of protection of field indicator acc. EN60079 About the applications, this field indicator can be used in Zone 2 (Gas) (unlikely/infrequent hazard). About Dust application, JDF300 can be used in Zone 22 (unlikely/infrequent hazard) as it shown on the following skecth.

  • Page 49: Requirements For Installation And Use In Us And Canada

    Locations, protection by flameproof enclosures “d” Environmental Conditions 3610 Electrical Equipment for use in Hazardous (Classified) JDF300 is designed to be safe under the following conditions: ANSI/ISA 60079-11 Locations, protection by intrinsic safety “i” • Outdoor use • Altitude up to 2000 m...

  • Page 50: Special Conditions

    • Type 4X applications Indoors/Outdoors, IP66, IP67. procedure has to apply for all other codes when it is present a For a correct installation in field of JDF300 field indicator multiple choice for the type of protection. please see the related control drawing No 3KXP000074U0109.

  • Page 51: Fm Marking And Entities

    J D F 3 0 0 | F I E L D I N D I C ATO R | O I/ J D F 3 0 0 - E N R E V. B FM marking and entities – Conforms to UL 61010-1, UL 60079-0, UL 60079-1, UL 60079-11, UL 60079-15 and UL 60079-31 –...
  • Page 52 We reserve the right to make technical changes or modify the contents of this document without prior notice. With regard to purchase orders, the agreed particulars shall prevail. ABB does not accept any responsibility whatsoever for potential errors or possible lack of information in this document.

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