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General| Brand | CAVRO |
|---|---|
| Model | XP 3000 |
| Category | Analytical Instruments |
| Language | English |
Discusses regulatory compliance, UL-approved components, and CE marking implications.
Provides a summary of the XP 3000's features and functions.
Step-by-step instructions for removing the pump module from shipping cartons.
Explains the sensitivity to electrostatic discharge and necessary handling precautions.
Explains how the XP 3000 uses a stepper-motor driven syringe and valve for liquid handling.
Details the syringe plunger movement mechanism, travel length, and resolution.
Describes the valve construction, operation, and available types (3-port, T-valve, distribution).
Explains the PCB's role in controlling drives and its external connectors.
Discusses communication options like RS-232, RS-485, and CAN interfaces.
Explains how to connect multiple XP 3000 units in a multi-pump configuration.
Describes the valve sensor's function in detecting fluid leakage.
Provides essential tips for proper pump setup and operation to ensure performance.
Details the requirements for a 24VDC power supply for the XP 3000.
Explains how to calculate power supply needs for multiple XP 3000 units.
Discusses considerations for using switching power supplies, including minimum load requirements.
Specifies the 24VDC power supply requirements and connection recommendations.
Explains how power and communication are supplied via a single cable and pin assignments.
Details the RS-485, RS-232, and CAN interfaces and multi-drop configurations.
Describes the function and placement of termination jumpers (JP2, JP4) for RS-485.
Explains the function of JP1 jumpers for overload detection, protocol, EEPROM, and baud rate.
Details JP1 and JP4 jumper settings specifically for microstep-enabled firmware.
Describes how to run the XP 3000 self-test using the address switch.
Details the auxiliary inputs and outputs accessible via the DB-15 connector.
Step-by-step instructions for installing the 3-port, distribution, or T-valve.
Detailed steps for installing a syringe into the XP 3000 pump.
Explains how pumps are addressed in communication protocols, listing hex and ASCII values.
Describes the available communication protocols: OEM, DT, and CAN.
Details the parameters, command block, and answer block for the OEM protocol.
Details the parameters, command block, and answer block for the DT protocol.
Provides instructions for communicating via DT protocol using Windows 3.x and Windows 95/NT.
Explains CAN bus, messages, and message construction including MID, Dir, Group, Device.
Provides essential guidelines for properly using commands and command strings.
Explains R (Execute), X (Repeat Last), G (Repeat Sequence), and g (Mark Repeat Start) commands.
Details the M command for delaying command execution in milliseconds.
Explains the H command for halting program string execution.
Describes the T command for terminating plunger moves and delays.
Explains the J command for setting TTL output lines.
Details the s command for loading program strings into EEPROM for standalone operation.
Explains the e command for executing EEPROM program strings.
Describes the A command for moving the plunger to an absolute position.
Explains the 'a' command for absolute position, indicating not busy status.
Describes the P command for moving the plunger by a relative number of steps.
Explains the 'p' command for relative pickup, indicating not busy status.
Describes the D command for moving the plunger upward by a relative number of steps.
Explains the 'd' command for relative dispense, indicating not busy status.
Explains the I command for moving the valve to the input position.
Explains the O command for moving the valve to the output position.
Details the B command for moving the valve to the bypass position.
Explains the E command for moving the valve to an extra position.
Details the K command for setting backlash compensation steps.
Explains the L command for setting the plunger ramp slope.
Details the v command for setting the start velocity of the plunger.
Explains the V command for setting the peak (top) velocity of the plunger.
Details the S command for setting predefined plunger speeds.
Explains the c command for setting the cutoff velocity in Hz.
Details the C command for setting cutoff velocity in steps.
Explains the status bit (Bit 5) indicating if the pump is busy or ready.
Describes problem conditions and error codes returned by the XP 3000.
Defines terms related to pump operation, fluids, and components like air gap, backlash.
Provides steps to optimize pump performance, starting with chemical compatibility.
Guides on selecting the appropriate syringe size based on volume and flowrate requirements.
Provides recommendations for selecting appropriate tubing I.D. and types.
Outlines daily tasks for ensuring proper operation, including leak inspection and flushing.
Describes weekly cleaning procedures for the fluid path to remove precipitates and growth.
Step-by-step instructions for cleaning the pump using a weak detergent solution.
Details the procedure for cleaning the pump with weak acid and base solutions.
Provides instructions for cleaning the pump using a 10% bleach solution.
Discusses components requiring periodic maintenance and symptoms of wear.
Recommends checking accuracy and precision gravimetrically and via replicates.
Step-by-step guide for removing and installing a syringe.
Detailed instructions for replacing syringe seals and O-rings.
Step-by-step procedure for removing and installing the XP 3000 valve.
Instructions for replacing the printed circuit board.
Guide for replacing the EPROM chip on the circuit board.
Lists available XP 3000 configurations and their part numbers.
Shows a typical XP 3000 plunger force curve for reference.
Presents calculations for determining XP 3000 plunger speeds for different move cases.
Defines symbols used in plunger speed and time calculations.
Details calculations for Case 1: equal velocities or low top velocity.
Provides a quick reference for control commands like R, X, G, M, H, T, J, s, e.
Summarizes initialization commands Z, Y, and W for different valve types.
Quick reference for plunger movement and status reporting commands.
Quick reference for valve control commands: I, O, B, E.
Quick reference for the ^ command to set fluid detection threshold.
Quick reference for commands setting speed, velocity, slope, and backlash.
Quick reference for report commands like Q, ?, ?1, ?2, etc.
Lists error codes and their descriptions/notes.
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