To Next PageTo Next PageWhat to do if my Binder BD 56 Laboratory Equipment chamber has no function?
First, check the connection to the power supply. If the overtemperature protective device class 1 has turned off the chamber, disconnect the chamber from the power supply for at least 10 seconds and let it cool down. If the device responds again, further assistance is needed.
Why is the set-point temperature not reached in my Binder BD 56 after the specified time?
This can occur if the chamber door isn't properly closed; make sure to completely close it. It could also be due to a defective door gasket, which would need replacement. Additionally, ensure the controller is correctly calibrated and adjusted. Another potential cause is incorrect voltage, so verify the power supply matches the requirements.
What to do if my ED, FD, FED Binder BD 56 Laboratory Equipment chamber has no function and shows alarm message “!TLim”?
This alarm indicates that safety device class 2 has turned off the chamber. Allow the chamber to cool down. Check the settings of the temperature set-point and the safety device class 2, and select a suitable limit value if needed.
What to do if my Binder BD 56 chamber doesn’t heat up and there is no heating icon in the display, but controller display is working?
The timer may have run off. Try re-programming the timer or turn it off.
What to do if my BD, BF Binder BD 56 Laboratory Equipment displays alarm message “!TProt”?
The alarm message “!TProt” indicates that safety device class 3.1 has responded. Check the settings of the temperature set-point and of the safety device class 3.1.
What to do if my Binder BD 56 Laboratory Equipment chamber is heating permanently, and the set-point is not held?
The controller may not be adjusted correctly. Calibrate and adjust the controller.
What does it mean if my Binder BD 56 chamber is without function, and the standby icon is displayed?
The chamber is likely in standby mode. Press down the standby button until the display lights up.
Why are there deviations from the indicated heating-up times in my Binder Laboratory Equipment?
If the chamber is fully loaded, it can cause deviations from the indicated heating-up times. Try loading the chamber less or consider that longer heating-up times may be needed.
What to do if there is an electrical hazard during live maintenance work on Binder Accessories?
To avoid electrical hazards during maintenance on your Binder Accessories, ensure the chamber remains dry, never remove the rear panel, and always disconnect the chamber from power by turning off the main switch (for ED, FD, FED size 720 models) and pulling the plug. It is essential that only licensed electricians or experts authorized by BINDER perform any maintenance work.
Describes required qualifications for safe operation of the chamber.
Highlights the importance of the manual for safe and correct use.
General legal notes pertaining to the operation and use of the chamber.
Explains safety symbols, signal words, and hazard communication structure.
Identifies where safety labels are placed on the chamber for easy reference.
Details the information presented on the device's identification and specification plate.
Crucial safety guidelines for installation and operation of the chambers.
Defines the proper usage of the chamber to avoid operational risks.
Lists actions considered improper and dangerous, posing risks despite safety features.
Outlines inherent risks that cannot be eliminated even with safety measures.
Provides a visual and functional overview of the chamber's main components.
Details the control interface, including display, buttons, and optional lighting switch.
Location and function of the main power switch for ED, FD, and FED 720 models.
Procedure for verifying delivery contents and checking for transportation damage.
Critical safety instructions for moving the equipment during transport.
Guidelines for storing the chamber before installation, including temperature and humidity.
Requirements for the installation environment and ambient conditions.
Instructions for installing safety hardware to prevent tipping, especially for chambers with windows.
Essential steps for powering the device safely and correctly, including voltage and fuse details.
Guidance for optional connection to an exhaust or ventilation system.
Correct procedures for placing standard and heavy load racks inside the chamber.
Describes how opening the door affects chamber operation and heating.
Explains how power interruptions affect device function and recovery.
Proper procedures for loading the chamber with materials, observing load limits.
Introduction to the controller interface, buttons, status symbols, and display.
Explanation of the standard display modes for chambers with and without adjustable fan speed.
Step-by-step guide on how to change the controller's display language.
Procedure for configuring the internal date and time settings of the controller.
How to switch between Celsius and Fahrenheit units for temperature display.
How to set operational parameters like temperature and fan speed.
Specific set-point rules for dual-door models based on ambient temperature.
Control over the airflow and air change rate by adjusting the exhaust air flap.
Managing access control through password settings for user and controller functions.
Details on the primary overtemperature safety mechanism and its cut-off values.
Explanation of secondary safety control systems (class 2 & 3.1) for temperature protection.
How to configure the safety controller's limit temperature value.
How to handle and respond to overtemperature alarms and messages.
Recommended checks to ensure safety features are operational.
Configuration of an optional audible alarm for overtemperature events.
Overview of available timer modes: Delayed Off, Temp. dependent Delayed Off, Delayed On.
Details on setting up delayed shutdown timers and fan operation.
Step-by-step guide for configuring delayed off timers and fan settings.
How to manage active delayed off timers, including stopping or modifying them.
Timer function that starts based on reaching a specified temperature threshold.
Configuration steps for temperature-dependent timers, including run-time and set-point.
How to manage active temperature-dependent timers.
Timer function for delayed start of heating, including fan speed settings.
Configuration steps for delayed on timers, including run-time and fan speed.
How to manage active delayed on timers.
Practical example demonstrating the use of timer functions for temperature programming.
Explanation of the ramp function's purpose, use, and limitations for temperature control.
How to program and view temperature ramp settings, including gradient and target set-point.
Monitoring and adjusting ramp parameters during operation.
How to disable the ramp feature by setting the gradient to zero.
Steps to initiate data logging onto a USB stick, including setting the interval.
Steps to stop and save logged data from the USB interface.
Details on the optional software for chamber management and data acquisition.
Description of the optional temperature sensor for monitoring samples or chamber contents.
Information on the optional analog output (4-20 mA) for data registration systems.
Details on the optional HEPA filter for air purification in FD and FED models.
Description of the optional water-protected internal socket for BD and BF models.
Information on the optional gas-tight sealing for specific applications (BF, FD, FED).
Details on the optional inert gas connection for gas-tight versions (BF, FD, FED).
Procedures for regular cleaning of chamber surfaces and components using approved agents.
Procedures for disinfecting the chamber after contamination with hazardous substances.
Overview of service requirements and necessary qualifications for personnel.
Recommended schedule for regular maintenance to ensure optimal performance.
Guide for resolving common issues without specialized intervention.
Procedure for returning the unit for repair or service, including RMA requirements.
Instructions for proper disposal of packaging materials.
Steps to safely shut down and prepare the chamber for disposal.
Specific disposal procedures for the chamber in the Federal Republic of Germany.
Disposal procedures for the chamber in other EU member states.
Disposal procedures for the chamber in countries outside the European Union.
Information on initial calibration and adjustment processes performed at the factory.
Explanation of how usable volume is calculated based on internal dimensions and wall clearances.
Details on safety mechanisms protecting against overcurrent, including fuses and circuit breakers.
Specific technical specifications for the BD model series, including dimensions and electrical data.
Specific technical specifications for the BF model series, including dimensions and electrical data.
Specific technical specifications for the ED model series, including dimensions and electrical data.
Specific technical specifications for the FD model series, including dimensions and electrical data.
Specific technical specifications for the FED model series, including dimensions and electrical data.
Lists standard equipment and available optional features for the chambers.
Information on purchasable accessories and replacement parts with article numbers.
Dimensional drawings and measurements for chamber models of size 56.
Dimensional drawings and measurements for chamber models of size 115.
Dimensional drawings and measurements for chamber models of size 260.
Dimensional drawings and measurements for chamber models of size 720.
CE conformity statement for BD model series, confirming compliance with EU directives.
CE conformity statement for BF model series, confirming compliance with EU directives.
CE conformity statement for ED model series, confirming compliance with EU directives.
CE conformity statement for FD model series, confirming compliance with EU directives.
CE conformity statement for FED model series, confirming compliance with EU directives.
GS mark conformity certificate from VDE Testing and Certification Institute.
UL certification compliance document from Underwriters Laboratories.
Form for clearing contamination for returns outside North America.
Form for clearing contamination for returns within North America.
Describes required qualifications for safe operation of the chamber.
Highlights the importance of the manual for safe and correct use.
General legal notes pertaining to the operation and use of the chamber.
Explains safety symbols, signal words, and hazard communication structure.
Identifies where safety labels are placed on the chamber for easy reference.
Details the information presented on the device's identification and specification plate.
Crucial safety guidelines for installation and operation of the chambers.
Defines the proper usage of the chamber to avoid operational risks.
Lists actions considered improper and dangerous, posing risks despite safety features.
Outlines inherent risks that cannot be eliminated even with safety measures.
Provides a visual and functional overview of the chamber's main components.
Details the control interface, including display, buttons, and optional lighting switch.
Location and function of the main power switch for ED, FD, and FED 720 models.
Procedure for verifying delivery contents and checking for transportation damage.
Critical safety instructions for moving the equipment during transport.
Guidelines for storing the chamber before installation, including temperature and humidity.
Requirements for the installation environment and ambient conditions.
Instructions for installing safety hardware to prevent tipping, especially for chambers with windows.
Essential steps for powering the device safely and correctly, including voltage and fuse details.
Guidance for optional connection to an exhaust or ventilation system.
Correct procedures for placing standard and heavy load racks inside the chamber.
Describes how opening the door affects chamber operation and heating.
Explains how power interruptions affect device function and recovery.
Proper procedures for loading the chamber with materials, observing load limits.
Introduction to the controller interface, buttons, status symbols, and display.
Explanation of the standard display modes for chambers with and without adjustable fan speed.
Step-by-step guide on how to change the controller's display language.
Procedure for configuring the internal date and time settings of the controller.
How to switch between Celsius and Fahrenheit units for temperature display.
How to set operational parameters like temperature and fan speed.
Specific set-point rules for dual-door models based on ambient temperature.
Control over the airflow and air change rate by adjusting the exhaust air flap.
Managing access control through password settings for user and controller functions.
Details on the primary overtemperature safety mechanism and its cut-off values.
Explanation of secondary safety control systems (class 2 & 3.1) for temperature protection.
How to configure the safety controller's limit temperature value.
How to handle and respond to overtemperature alarms and messages.
Recommended checks to ensure safety features are operational.
Configuration of an optional audible alarm for overtemperature events.
Overview of available timer modes: Delayed Off, Temp. dependent Delayed Off, Delayed On.
Details on setting up delayed shutdown timers and fan operation.
Step-by-step guide for configuring delayed off timers and fan settings.
How to manage active delayed off timers, including stopping or modifying them.
Timer function that starts based on reaching a specified temperature threshold.
Configuration steps for temperature-dependent timers, including run-time and set-point.
How to manage active temperature-dependent timers.
Timer function for delayed start of heating, including fan speed settings.
Configuration steps for delayed on timers, including run-time and fan speed.
How to manage active delayed on timers.
Practical example demonstrating the use of timer functions for temperature programming.
Explanation of the ramp function's purpose, use, and limitations for temperature control.
How to program and view temperature ramp settings, including gradient and target set-point.
Monitoring and adjusting ramp parameters during operation.
How to disable the ramp feature by setting the gradient to zero.
Steps to initiate data logging onto a USB stick, including setting the interval.
Steps to stop and save logged data from the USB interface.
Details on the optional software for chamber management and data acquisition.
Description of the optional temperature sensor for monitoring samples or chamber contents.
Information on the optional analog output (4-20 mA) for data registration systems.
Details on the optional HEPA filter for air purification in FD and FED models.
Description of the optional water-protected internal socket for BD and BF models.
Information on the optional gas-tight sealing for specific applications (BF, FD, FED).
Details on the optional inert gas connection for gas-tight versions (BF, FD, FED).
Procedures for regular cleaning of chamber surfaces and components using approved agents.
Procedures for disinfecting the chamber after contamination with hazardous substances.
Overview of service requirements and necessary qualifications for personnel.
Recommended schedule for regular maintenance to ensure optimal performance.
Guide for resolving common issues without specialized intervention.
Procedure for returning the unit for repair or service, including RMA requirements.
Instructions for proper disposal of packaging materials.
Steps to safely shut down and prepare the chamber for disposal.
Specific disposal procedures for the chamber in the Federal Republic of Germany.
Disposal procedures for the chamber in other EU member states.
Disposal procedures for the chamber in countries outside the European Union.
Information on initial calibration and adjustment processes performed at the factory.
Explanation of how usable volume is calculated based on internal dimensions and wall clearances.
Details on safety mechanisms protecting against overcurrent, including fuses and circuit breakers.
Specific technical specifications for the BD model series, including dimensions and electrical data.
Specific technical specifications for the BF model series, including dimensions and electrical data.
Specific technical specifications for the ED model series, including dimensions and electrical data.
Specific technical specifications for the FD model series, including dimensions and electrical data.
Specific technical specifications for the FED model series, including dimensions and electrical data.
Lists standard equipment and available optional features for the chambers.
Information on purchasable accessories and replacement parts with article numbers.
Dimensional drawings and measurements for chamber models of size 56.
Dimensional drawings and measurements for chamber models of size 115.
Dimensional drawings and measurements for chamber models of size 260.
Dimensional drawings and measurements for chamber models of size 720.
CE conformity statement for BD model series, confirming compliance with EU directives.
CE conformity statement for BF model series, confirming compliance with EU directives.
CE conformity statement for ED model series, confirming compliance with EU directives.
CE conformity statement for FD model series, confirming compliance with EU directives.
CE conformity statement for FED model series, confirming compliance with EU directives.
GS mark conformity certificate from VDE Testing and Certification Institute.
UL certification compliance document from Underwriters Laboratories.
Form for clearing contamination for returns outside North America.
Form for clearing contamination for returns within North America.
General| Brand | Binder |
|---|---|
| Model | BD 56 |
| Category | Laboratory Equipment |
| Language | English |
