ims operation manual

ims operation manual

Please upgrade your browser to navigate securely this site. Dri-Air Model ARID-X100.Dri-Air Model ARID-X100.Dri-Air Model ARID-X25.Dri-Air Model ARID-X25.Dri-Air Model ARID-X35.Dri-Air Model ARID-X35.Dri-Air Model ARID-X50.Dri-Air Model ARID-X50.Dri-Air Model ARID-X200.Dri-Air Model ARID-X200.Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Casters Included. Casters Included. Casters Included. Casters Included. Casters Included. Tank Level Indicator. Low Fluid Level Electrical Shut Off. Low Fluid Level Electrical Shut Off.Low Fluid Level Electrical Shut Off.Liquid Level Low Fluid Electrical Shut Off Switch. Liquid Level Low Fluid Electrical Shut Off Switch. Includes Built in Bung Wrench and Seal Remover with Removable Handle for Drum Tilting. Welded Painted Green Steel Construction.Welded Painted Green Steel Construction.Welded Painted Green Steel Construction.Welded Painted Green Steel Construction.Welded Painted Green Steel Construction.Welded Steel Construction, Painted Green.Stainless Steel Stainless Steel Complete Assembly. Detects Drool and Blow Backs Between Nozzle and Sprue Bushing Plugged Gates.Includes: Dryer, 200 lb Hopper and Stand, Dri-Air Dual Bed Model APD-6, Casters and Vacuum Take-Off Box.Includes: Dryer, 200 lb Hopper and Stand, Dri-Air Dual Bed Model APD-6, Casters and Vacuum Take-Off Box.IMS reserves the right to decline sale to resellers. Sales Limited to One per Customer. IMS reserves the right to decline sale to resellers. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters. Includes Casters.http://rigdrilling.org/userfiles/eurotherm-7200s-manual.xml

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Includes Casters. Includes Casters. Includes Casters. Includes Casters. Casters Included. Casters Included. Casters Included. Casters Included. Casters Included. Tank Level Indicator. Low Fluid Level Electrical Shut Off. Low Fluid Level Electrical Shut Off.Low Fluid Level Electrical Shut Off.Liquid Level Low Fluid Electrical Shut Off Switch. Liquid Level Low Fluid Electrical Shut Off Switch. Detects Drool and Blow Backs Between Nozzle and Sprue Bushing Plugged Gates.IMS reserves the right to decline sale to resellers. IMS reserves the right to decline sale to resellers. This website uses cookies. See our Privacy Policy for more information. LD 2.21.18 Chagrin Falls, Ohio 44023-5296. Manual Contents Resolulion Microstep Control. This unique indexer coupled wilh our powerful It's purpose is to provide immediate access to information In addilion to the Software. Referellce Manual, an optional Windows based GUI Indexer Software program is available. This powerful programming tool is an easy to use.Traditional designs normally rely on a fixed resolution step motor driver. In order to Step pulse rates must reach hundreds of thousands of steps Now, through the use We are able to achieve comparable results by varying the step As shalt speed increases, the output resolution decreases. As shaft speed decreases towards the end of A built-in 100 position compensation table enables calibration in Communicalion to the INDEXER is through the use of high level commands issued over an. RS-422 link. This type of communication permils precise motion control and the ability Standard features include: These small adapter The BB-34 breakout board comes with an 18 inch ribbon cable with a 34 position. At the opposite end is Multiple modules may be connected in parallel lo the host (terminal or.http://melaniebettsphysiotherapy.com/user_file/canon-640-printer-manual.xml

Multiple units may be controlled from a single communications port via Party Line Up to 32 controllers may be connected in a multi-drop NOTE; It is recommended that all multi-axis, Party Line configurations be powered-up Speeds are specified in steps per second. Initial and final velocities are independent Step motion is controlled at speeds up to Bi-directional jog inputs allow manual jog positioning at one of two independent The readable position counter is continually updated, The Trip point is a programmable position that allows pre-defined operations to be Stored programs can execute The controller can ramp either up or down to the specified constant velocities or step The units hosts 2048 bytes of non-volatile memory as a standard feature. The nonDirect read and write commands allow host use of the memory. Additionally 64 bytes of. Terminals, hosts. etc are NOT required, allowing low cost, The controller also implements a disable feature that turns off the entire output stage Communications are via RS-422 protocol and may operate in either Single or Party Line Name character. Communication lo each individual axis in Single mode is performed to The Single mode provides user friendly one axis communication for set-up and debug Once the unique Name has been assigned and stored in the non-volatile memory. An input on. Party line protocol requires the correct input character sequence to address an axis II To enable Party line operation.Bullered signals use optical Refer to the hardware reference manual for interface requirements.The indexer communication rate is 9600 Baud The line settings are shown below. DataLenglh Stop Bits Parity Baud The INDEXER section incorporates a buffered UART input. Because motion control is of This condition may only occur at During reset all inputs and outputs will be at a high state. Afler hardware reset all parameters are initialized to factory set default values.

Checks Resident non-volatile memory is accessed, and the parameters most recently stored by Slew velocity (V) 3004 steps per second. Divide factor (D) O (Full SLep). Jog speeds (B) 30.200. Trip point (T) off. Aulo power down yes Auto position readout (Z) off. Name (after reset) undefined. NOTE; Commands that modify these parameters use the working registers inside the. Once initialization is complete. Jog and Go inputs are active to allow jogging or a low UARTs (COM ports). A character is a stream or packet of 8 consecutive bits (1s and 0s) Each unique character represents a letter, number, The speed that characters are sent or received is defined by the. Baud rate. The serial communications link refers to any two wire, full or half duplex If a PC is used for the communication interface, a terminal emulator program is all that. The Terminal program that is supplied with. Microsoft's Windows is an example of a terminal emulator program. In Single mode INDEXER controller date, and version number. If the. Encoder option is not present, the acknowledgment code will not contain the Encoder NOTE: Any program Single Mode Start-up Sequence: Party Line operation requires each axis to have a unique Name assignment prior toName assignment is accomplished in Single mode by typing the single character When starting in Party Line the controller reads its Name from the non-volatile To communmicate with the unit, the Name must be issued prior to a command or Note: The following commands will not echo alpha data Party Line Mode: P,Q,q,X. Although alpha data is not echoed, it is received by the Indexer in the case of the P The user may edit the line prior to entry by using Motion commands with 2 data fields require at least one space between the fields. In HO (Carriage Return) Same as above. H (Carriage Return) Same as above (O is used by default). R -1000 (Carriage Return) Move to position-1000. In single mode all commands are executed upon receipt of a Carriage Return (hex OD). In.

Single Mode the controller responds by echoing all characters (EXCEPT the Line Feed A Line Feed character is In Party Line mode the Indexer The echoing of Commands such as Jump and Loop instructions are only valid when used in the Program JO 5 (Carriage Return) same as above. Some commands result in a numerical display. These consist of whole numbers that may For each Motion command there are four cycles: Go or Command input. The. Following describes each sequence operation that Lakes place on receipt of a command: Command and data Editing is permitted in. Single mode. ESCape aborts operation and returns to an idle state. A Carriage Return In the case of two consecutive action commands, execution The result type is signed numerical data, preceded by space padding and followed by a. Carriage Return and Line Feed II the result does NOT produce numeric data then the. Carriage Return. Line Feed output indicates execution is compiele. STEP RESOLUTION Until previous action complete. CONSTANT SPEED Until previous ramp is complete. FIND HOME Until home is found. RELATIVE MOVE Until full index is complete The controller has he capability to queue up another action The Execution During this Pending Period the External indication of Pending Period end, Execution and Result cycle of the pending The Go command is regarded as a command that has Interrupt commands are single character commands that will interrupt the operation in Abort: Any Action command may be terminated using the ESCape command Action command Terminate all motion Hard Stop. Program execution Terminate execution Hard Slop. NOTE: All process(es) are aborted upon ESCape. After velocity deceleration the process is terminated. Program execute Decelerate then terminate execution. During Pending Periods that are a result of Multiple and Constant Velocity commands Jog input and home speed is a special case of the constant velocity command IntraHoming does NOT employ a deceleration ramp on reaching the home sensor.

NOTE: In any mode jogging and command reception are mutually exclusive. A command The controller is designed to control step rates with a high degree of accuracy. As a At high step rates this will The execution time increases when high step rates are An example might be reading positions while moving at This latency may allow several motor Loop on port may exhibit similar latency effects at high speeds. The port will require a Each time a cell is written a small number of electrons are After many write cycles the dielectric becomes less effective Specifically, the X2416 has an endurance rating of Care should be used EEPROM without doing a write.Should you require a sequence of motions to Use the Go from address Use the Save command sparingly. The controller parameters are set so quickly that it is Changing parameters should NOT be done by writing directly to EEPROM locations using Unlike writing, reading is Programmers should reserve this segment for time critical code or code that changes The Scratch Pad RAM area is not actually written to non-volatile memory until the Store. Host computers may download subroutines within this area Any number of programs may co-exist.The following memory map defines the address locations, segmented into 8 pages, that The values of the following parameters are modified by the command indicated. They are. NOT stored in non-volatile memory until a Save command is issued. Stored default set. PARAMETER VALUES AFTER NON-VOLATILE CLEAR (C8, C9 Command). Inilial velocity (I) 400 steps per second. Slew velocity (V) 3004 steps per second. Divide factor (D) O (Full SLep). Jog speeds (B) 30.200. Trip point (T) off. Auto power-down yes. Auto Variable Resolution (H) 1 (Auto variable). Auto position readout (Z) off. Name (after reset) undefined. User programs cleared In the Command mode, commands are normally executed as soon as they are entered. The use of non-volatile memory allows storage of a list of commands. These stored When in the.

Program mode, the entered commands (now called instructions) are directed into the The following procedure assumes a standard (RS-422) serial interface using a common The desired start Once in the Program mode the current memory location is displayed on the terminal and This will cause the end of. INDEXER will return to the Command mode. Several programs may co-exist in memory. Each program may be executed. The length and quantity of programs may occupy the full 2K memory space. NOTE: The end of program indicator occupies one additional byte A program sequence Existing program(s) may be modified at anytime. The user can review the exisling. This command produces a list of instructions Proceed to The edit session may be If the edit results in a program that is longer than the previous If only one or several successive new instructions are to be Any instructions outside of the edit area NOTE: If any instructions are of different byte lengths than existed previously, the If in doubt re-enter the remaining portion Encoder auto-hunt functions are also aborled.In single mode a. NOTE: Because the deceleration is immediate (without ramping) mechanical overshoot may resull. It behaves differently depending on how it is used. If If the command is issued with no data or a O following the command, the Indexer will decelerate to a If the command is issued with a 1 following the command, the Indexer will decelerate to a stop and any All axis ABORT immediately and a reset.Jog input serial command input. Encoder position maintenance will not be active until a motion function happens To set the output ports, the following table is used: Other values beside those listed may cause improper operation of the input ports. A decimal number is returned indicating the Inputs and outputs are the TTL compatible levels with internal 10K pull-up resistors.The first is The second number is used when the high speed jog is held low.

The values are Setting values of O will disable The Jog inputs are active: Jogging is inhibited during actual command line entry. The data values refer to the page of Clear and Restore re-initializes or clears the system non-volatile memory. All page numbers except a No write operations occur and NOTE: Programming overwrites non-volatile memory as it proceeds. It is not necessary to use. This should be done only when Any new list must be monotonic in nature. This command may be used (with caution) when operating in the Variable Resolution mode. Its effect is The programmer should observe After an index, the winding current will be. This specifies the delay in 10's of milliseconds Auto-power-down will not occur if the encoder auto-hunt-mode is on. A. Initial direction is determined by the state of the home switch and direclion parameler. B. The motor steps until the home switch changes state. C. If home switch was low and changes to a high, homing is finished. D If home switch was high and changes to a low, direction is reversed and motor steps until The homing speed is specified in the speed parameter. The direction parameter establishes the initial If the specified speed is above the initial velocity a start ramp will be used When Then, if needed, the last phase of home Seek speed is a word value (20-20,000) allowing a range to 20,000 steps per second.That address, however. MUST begin at a stored instruction address. The Trace option is useful in debugging single axis programs. If trace is a one, the Trace mode is turned The Trace mode will be in effect until The Controller features a special case for the Go instruction. If the address is specified as 2048 (above Input port state Address of go to The remainder of this page of NVM must. IN1 IN2 1N3 contain the following Instructions: The index distance. Fractional Ramping is used. This is the most powerful index capability of the Controller.

The Controller determines the optimal step During acceleration or deceleration. The following events take place in response to an index command. This example assumes an index in Note: Do not use Variable Resolution with an encoder. In VR Mode the speed is in equivalent full steps per second. In FR Mode the speed is in pulses per second The initial velocity applies to: The address specified MUST be a valid instruction address and may be used only within a program. Only Note that if a jump loop does not run to completion (due to branching out of the loop) the jump counter Use a dummy Depending on the initial and The K value Lower values decrease the time of the In practical applications, it is easier to decelerate a system rather than accelerate a system. The separate If the port is NOT at the If the address is to a previous instruction. The program will then continue to the next The standard loop tests When the condition is met, program execution The specified slew speed is in steps per second. Ramp parameters may be modified prior to each velocity command, allowing different ramp slopes. The The controller has the capability of The default initial velocily is used at the first invocation of the command. The following commands Position Trip points may be used. If the encoder feedback option is implemented, stall supervision is Units with encoder feedback are The following commands will also reset the While in Program mode, commands and data are As instructions are entered.These can be accessed via. Jump, Loop, Go or other special instructions. Special locations: Instructions executing in this Programmers should reserve this segment for time critical code. The shadow RAM is not actually written Host computers may down load Editing of programs should be done WITH CAUTION as follows: NOTE: Do not attempt to use locations above 1192 for programs (default storage).Note: This command does not function in party line mode.

The distance of the index is determined by subtracting the last If an index is under way when the command is issued, the The units used for target position can assume three The target position is specified in terms of whole motor steps (typically 200 steps per revolution) and a A fine adjustment is then made to position Shaft speed is limiled The target position is specified in terms of encoder position. The shaft resolution is 4 times the encoder Related commands D, E, H, I, K, O, V. Many parameters are automatically read from non-volatile E Settling delay 50 (500 Ms.). H Resolution mode 1 (Variable). Initial velocjty 400. T Trip point 011. V Slew speed 3004. Encoder option Assigned Name If the trip point function is enabled, the position is continuously When an equality is detected, a trip event will be Routines located between 128 and 192 will execute faster because of. Trip service routines should not contain index, wait or time.The P command is used at the end of the trip subroutine in program memory to NOTE: This command is only functional in fixed resolution (non encoder) mode. The following commands use this parameter Note: For entered values of slew velocity, the indexer calculates the actual velocity used and displays this This actual velocity may be different than the entered value since In all cases, the indexer will always Example: Type V3000. The X command displays 3004 indicating 3004 sps will be used for slew velocity.The controller will remain in an idle slate for the specified time. This time is derived from the crystal It is independent of motion in progress and times One timer is available. NOTE: SPECIAL CASE--wait for motion completion: Immediate Command mode the echoed line feed is delayed providing an alternative means for the host to The WO must follow the motion The WO must be used for every instance when this action is desired. Up to five lines of data are displayed if the Encoder and. Auto position functions are enabled.

In Single mode the display is as follows. In Party Line Mode the X Items displayed in parentheses () are computed internally, based on parameter settings.The switching between Hold and Run values is automatic whenever a motion function is executed. Current. A programmable settling. NOTE: In units that output STEP CLOCK and DIRECTION, false pulses will occur when switching to a non-During motor move commands the value will change depending on Any change in position causes the position The readout is terminated by a Carriage Return only. This mode is only practical using The decimal portion will be non-zero only when fractional positioning is enabled NOTE: When an Encoder is being used, the lowercase z will display encoder position information. NOTE: Issuing a Z1 in Party Line Mode may produce undesired results. The optional count allows display up to 255 locations, 10 bytes per line. For listing memory as program instructions, refer to the q and Q commands. Permits the user to examine the status of the various signal jnputs The result will contain the sum of Decimal value If an index is under way when the command is issued. the The unit used for target position can assume three The target position is specified in terms of whole motor steps (typically 200 steps per revolution) and a A fine adjustment is then made to position Shaft speed is limiled The target position is specified in terms of encoder position. The shaft resolution is 4 times the encoder Related commands D, E, H, I, K, O, V. When a correction is required the position is re-homed to the desired position. The total dead zone value The minimum. A value that A value of O disables this function. A non-zero value activates position maintenance immediately.

An The controller A 500 line encoder will produce 2000 steps A value of O disables all encoder functions, and subsequent indexing is in motor steps rather than NOTE: Always execute this command last in the sequence when configuring the encoder settings since this NOTE: Be sure the HOLD current setting (Y command) is not set to O when using position maintenance. The motor pole to mark relationship requirements preclude practical use in variable resolution mode. For moderate to high resolution applications. Very high resolutions will lend Lo increase the time required for brge position error corrections. See: This powerful command can be used to Description of operation: Rules: The use of this powerful command is best understood by way of example.Upon exhaustion of the retry count the controller will still attempt to acquire the desired position if the. Hunt (Deadband) feature is enabled. Limit inputs or Abort commands will terminate retries.A value of. Every 10 motor steps the encoder position is sampled. If the motor distance has not moved at least 87 Motion is at a fixed Turning the motor shaft may allow the position to be found and the hunt This command is useful Without this command following the Z to display position, During move commands the value will change depending Return only. This mode is only practical using NOTE: The use of the uppercase Z command to display position when using an encoder may produce The following example illustrates the method of generating.Return character (hex OA). Start inserting instructions. The address is displayed during entry. The program now resides in the non-volatile memory. The terminal will display the instructions and addresses as follows (Note that the P at The user may terminate program execution at any time After one or more instructions: Enter: The edit is complete.

Enter: Entering Y 10 80 The values and mode are stored to non-volatile On completion of motion (and a settling This section will outline a If you are still experiencing difficulties after following NOTE: Unauthorized service of your module may void warranly. The following notes should help to isolate these These tests will eventually require an electrical load. The following test will verify basic motor operation: The motor should begin to The motor should The following procedure will test the serial DUMB TERMINAl TESTING: B. Use an oscilloscope to observe transmitted data output from pin 2 of the (25 pin) C. Seek an alternate terminal for communication if there is no output observed as a O,o SET ORIGIN NONE NONE NONE NONEWhen the indexer is operating in Party line mode, the X command does not provide the operational This application note shows a method for Resolution set to Full Step). This following map defines the internal locations where the detaits are stored. These values resided in Example Dump of 1984-1993: Example Dump of 1994-2003: Example Dump of 2004-2013: Example Dump of 2014-2019: The following formula is used to calculate velocity values from the data stored in NVM:Microsoft Windows. To use this program to communicate with the indexer, the COM port must be Start the TERMINAL program running by double clicking on the TERMINAL icon in the Accessories. Screen in Windows. Refer to Figure 1 for the menu to select the Communication settings screen Once these Mode communication with the connected indexer. Refer to the Communication section of this The TERMINAL program can also be used for downloading pre-written programs to the indexer. An ASCII To download a program using TERMINAL, some default TERMINAL settings must be changed as shown in. Figures 3-6. Start TERMINAL and select the Text Transfers menu under the Settings menu as shown in. Figure 3. Once in the Text Transfers screen, configure the settings as shown in Figure 4.

Note that the To download the program, select the Text Transfer menu as shown in Figure 5. Select the Send File Once the LIMIT input is This application program illustrates the programming of a rotary motion using indexer commands. The During the first part of the move, an output First, the conversion of degrees to steps is made for each movement. Next, program the indexer: (Memory addresses are not shown in this example) Note that the testing was done using a IM483i version T2 7mS.34mS. Note that the internal fetch instruction cycle time varies depending on the length and complexityThe total program is 7 bytes long and takes an average of 10 mS from. EEPROM and.52 mS from RAM. This translates to an average instruction time of 1.4 mS and.07 mSThese outputs can be used to control a device called a Solid State Relay, or SSR, using an external Connection of the input of the relay to the OUT1 The output of the relay controls the AC load. For this example OUT1 is The following program segment shows a method Note that the indexer can be used as a logic A cut to length machine is a typical application of this To restart The hardware connections are shown below. Program Description. On power up, the indexer will begin executing instructions at address 1600. The C O instruction at this Addresses O through 10 and address 17 contain operating parameters that can be tailored for the If input 3 is high, the acceleration parameters at address 10 will be used by any The last instruction of each service routine Index (Input 1) service routine. The instructions shown here will drive the motar 4000 steps in the positive direction, delay 500 Change address 108 for a different delay. Must be the last line of service routine. Jog (Input 2) service rouline: Must be the last line of service routine. Boot instruction.

The integrated manual and procedures combine the requirements of ISO 9001:2015, ISO 14001:2015 and ISO 45001:2018 as a framework to create a single, auditable integrated management system which reduces duplication and the potential for non-conformances during certification audits. The QEHSMS integrated management system manual adopts the key concepts, principles, and structure of ISO 9001, ISO 14001 and ISO 45001. The integrated manual templates allow all types of organization to implement the processes needed to achieve customer satisfaction, enhance sustainability, and satisfy the needs and expectations of workers, regulators and other interested parties. The integrated manual allows you to concentrate on effective implementation rather than dealing with the structure of document design and combining multiple requirements. IMS manual supports the requirements in ISO 9001:2015, ISO 14001:2015 and ISO 45001:2018. Even though a management system manual is no longer required, there are still items that must be documented and information that is logical to maintain in a central management system manual. For example, all of the management system standards require a policy, an objective, and a management review. Furthermore, each of them requires risk assessment and controls instituted for the risks identified. All of the standards require document and records control, internal audits, and corrective and preventive actions. This recognition of the common requirements has led to a methodology of integrated management systems (IMS) where requirements grouped together in the standard (clauses) can be satisfied by a single business process. Businesses can economically and efficiently meet these standards with integrated and standardized processes that meet the requirements of QMS, EMS, and OHSMS. The goal of the manual is to make executive management knowledgeable of IMS and the steps that they can take in guiding their organization towards IMS.https://difumarket.com/images/bosch-wtl-6100-manual.pdf