ECO Heating Thermostats: 20 to 200°C

The ECO series thermostats are ideal for lab professionals looking for a reliable, versatile, and affordable solution for temperature control. Available in Silver (LCD) or Gold (color TFT display) models, these thermostats combine advanced features with ease of use. They support both internal and external temperature control applications, making them suitable for a wide range of laboratory needs.

Overview

• Versatile Interface Options: Available in two models, Silver with LCD display and Gold with color TFT display, both offering user-friendly controls.
• Adjustable Circulation Pump: A six-stage adjustable pump allows users to control the circulation rate, ensuring precise temperature management.
• Standard Cooling Coil: The ECO E 4 comes with a cooling coil as standard, while it is available as an option on other models.
• Safe and Easy Liquid Drainage: The integrated drain tap on the back makes changing the heat transfer liquid quick, safe, and convenient.
• Integral Programmer: Automates temperature profiles, offering flexible control options for complex experiments.

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Working Range

The ECO thermostats operate within a broad temperature range, from 20°C to 200°C, providing versatility for various lab applications. The thermostats come with a cooling coil to enhance temperature control and can be used in both internal and external circulation setups.

• Min. working temperature: 20°C
• Max. working temperature: 200°C
• Temperature stability: ±0.01 K

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Product Lines and Specifications

Model	Min. Temp.	Max. Temp.	Heating Output	Temperature Stability	Interfaces	Dimensions (W x D x H)
ECO E 4 G	20°C	200°C	2.6 kW	±0.01 K	Mini USB	168 x 272 x 376 mm
ECO E 4 S	20°C	200°C	2.0 kW	±0.01 K	Mini USB	168 x 272 x 376 mm
ECO E 10 G	20°C	200°C	2.6 kW	±0.01 K	Mini USB	331 x 361 x 376 mm
ECO E 10 S	20°C	200°C	2.0 kW	±0.01 K	Mini USB	331 x 361 x 376 mm
ECO E 20 G	20°C	200°C	2.6 kW	±0.01 K	Mini USB	331 x 537 x 376 mm
ECO E 20 S	20°C	200°C	2.0 kW	±0.01 K	Mini USB	331 x 537 x 376 mm
ECO E 25 G	20°C	200°C	2.6 kW	±0.01 K	Mini USB	331 x 537 x 426 mm
ECO E 25 S	20°C	200°C	2.0 kW	±0.01 K	Mini USB	331 x 537 x 426 mm
ECO E 40 G	20°C	200°C	2.6 kW	±0.01 K	Mini USB	350 x 803 x 428 mm
ECO E 40 S	20°C	200°C	2.0 kW	±0.01 K	Mini USB	350 x 803 x 428 mm

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Device Characteristics

• Integral Programmer: Automate temperature profiles and ensure reproducibility in experiments with ease.
• Flow Rate Adjustment: The flow rate switch for internal/external circulation can be adjusted from the top of the device, ensuring convenient and precise operation.
• Pt100/LiBus Module Compatibility: The thermostat can be upgraded with a Pt100/LiBus module for external control, allowing remote operations.
• Overtemperature Protection: Each model comes with an overtemperature protection setting that ensures safe and reliable operation in high-temperature environments.
• Efficient Drainage: The drain tap on the back ensures safe and easy liquid changes in the stainless steel bath, minimizing risks during maintenance.

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Accessories

The ECO series thermostats can be enhanced with various accessories to meet specific application needs:

• Cooling Coil: Standard in ECO E 4 and available as an option in other models to improve cooling performance.
• Bath Cover and Pump Connections: Included in the ECO E 4 for external temperature control tasks.
• Pt100/LiBus Module: Available for upgrading the thermostat for external temperature control or remote command operations.

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Key Benefits

• Cost-Effective Performance: The ECO series is designed for users who need a robust, cost-effective solution for lab temperature control.
• Advanced Interface Options: Choose between the Silver (LCD) or Gold (color TFT) models depending on your display and control preferences.
• Flexible Applications: With six-stage adjustable circulation pumps and compatibility with external control modules, these thermostats offer versatility for both basic and advanced applications.
• Safety and Convenience: Integrated safety features such as overtemperature protection and a rear drain tap make the ECO series safe and easy to use.

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The ECO series heating thermostats deliver precision, safety, and cost-efficiency, making them the perfect choice for labs that require reliable temperature control from 20°C to 200°C. The available accessories and upgrade options ensure these thermostats are flexible enough to meet a wide variety of application needs.

Heating Bath Thermostats: 30 to 250°C

The LAUDA PRO series offers advanced temperature control with bath volumes ranging from 10 to 30 liters, ensuring flexible operation and outstanding performance. These thermostats are optimized for professional use with a temperature stability of ± 0.01 K, making them ideal for precision work in both internal and external circulation setups.

Overview

• Flexible Operation: The Base (with OLED display) and Command Touch (with color touch screen) operating units can be detached and used remotely. This feature not only enhances usability but also reduces the overall device height when the control unit is removed.
• Powerful Pump: The internal Vario pump offers 8 selectable output levels, ensuring that the device is adaptable to a variety of laboratory conditions.
• Interfaces: Ethernet, USB, and Pt100 connections come as standard, allowing for efficient data logging and remote control.
• User-Friendly Design: Equipped with stainless steel insulated baths and handles for easy transport, these thermostats also feature a drain valve on the front for easy liquid management.

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Working Range

The LAUDA PRO heating bath thermostats are designed for temperature control between 30°C and 250°C, offering high precision and stability. With a variety of bath sizes available, the PRO series is ideal for laboratory applications requiring reliable thermal regulation.

• Min. working temperature: 30°C
• Max. working temperature: 250°C
• Temperature stability: ± 0.01 K

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Product Lines and Specifications

Model	Min. Temp.	Max. Temp.	Heating Output	Temperature Stability	Interfaces	Dimensions (W x D x H)
PRO P 10	40°C	250°C	3.6 kW	± 0.01 K	Ethernet, USB	310 x 335 x 365 mm
PRO P 10 C	40°C	250°C	3.6 kW	± 0.01 K	Ethernet, USB	310 x 335 x 415 mm
PRO P 20	35°C	250°C	3.6 kW	± 0.01 K	Ethernet, USB	350 x 475 x 365 mm
PRO P 20 C	35°C	250°C	3.6 kW	± 0.01 K	Ethernet, USB	350 x 475 x 415 mm
PRO P 30	30°C	250°C	3.6 kW	± 0.01 K	Ethernet, USB	400 x 600 x 365 mm
PRO P 30 C	30°C	250°C	3.6 kW	± 0.01 K	Ethernet, USB	400 x 600 x 415 mm

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Device Characteristics

• Remote Operation: The Base and Command Touch control units can be detached, allowing remote operation for greater flexibility and ease of use.
• Temperature Stability: Ensures accurate temperature control with stability as high as ± 0.01 K, making it ideal for precise applications.
• Vario Pump: Offers 8 different output levels, providing tailored circulation for various laboratory setups.
• Interfaces for Data Connectivity: Integrated Ethernet, USB, and Pt100 sensor interfaces come as standard, enabling remote monitoring and efficient data logging.
• Safety Features: With overtemperature protection and individually adjustable working temperature ranges, the device ensures safe operation even in demanding applications.
• Stainless Steel Baths: The insulated stainless steel bath vessels are designed for durability, easy cleaning, and safe handling with built-in handles.

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Accessories

The LAUDA PRO heating bath thermostats can be further enhanced with additional accessories such as:

• External Sensors and Control Modules: For advanced remote operations and precision control.
• Bath Covers: To optimize temperature maintenance and reduce energy consumption.
• Circulation Sets: To extend the use of the thermostat for external applications.

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Key Benefits

• Highly Precise Temperature Control: The exceptional temperature stability of ± 0.01 K makes the PRO series ideal for sensitive applications requiring consistent temperature regulation.
• Versatile Control Options: The detachable control units provide operational flexibility, while the advanced Vario pump enhances circulation control with 8 selectable levels.
• Advanced Connectivity: The inclusion of Ethernet and USB interfaces allows for seamless integration into modern laboratory environments, with easy data logging and remote operation.
• User-Friendly Design: Features such as a front drain valve, insulated stainless steel baths, and handles ensure that the PRO thermostats are easy to use and maintain.

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The LAUDA PRO Heating Bath Thermostats provide an advanced, reliable solution for laboratories requiring professional temperature control. With a wide temperature range and innovative features like remote operation, these thermostats are perfect for complex scientific tasks that demand high precision and operational flexibility.

Heat-Clear-View Thermostats: 30 to 230°C

The LAUDA Proline Clear-View Thermostats offer an ideal solution for applications where direct observation of the sample is crucial. Designed with a transparent viewing area and optimized temperature control, these thermostats are perfect for demanding laboratory tasks, particularly in viscosity determination using viscometers.

Overview

• Clear Observation: These thermostats provide a clear view of the object at all times, making them highly suitable for tasks requiring constant visual monitoring, such as viscosity measurements.
• Flexible Control: The detachable Command operating unit offers enhanced usability, allowing for remote operation. It includes a programmer with 150 temperature-time segments and a graphical temperature curve display for convenient control.
• Two-Chamber Principle: The unique two-chamber system ensures a constant liquid level in the measuring chamber, regardless of fluid volume and temperature changes.
• Advanced Pump Technology: Equipped with a Vario Flex pressure pump featuring eight selectable output levels, these thermostats ensure precise control over the internal and external circulation.
• Cooling Coil: Comes standard with a cooling coil, allowing easy integration of an additional cooler for extended temperature control, especially at lower ranges.

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Working Range

The LAUDA Proline Clear-View Thermostats offer reliable temperature control between 30°C and 230°C. The PVL models can reach even lower temperatures, down to -40°C or -60°C, when paired with an appropriate low-temperature thermostat or cooler.

• Min. working temperature: 30°C
• Max. working temperature: 230°C (100°C for PVL models)
• Temperature stability: ± 0.01 K

These thermostats are ideal for applications like viscosity determination that demand temporal and spatial temperature stability.

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Product Lines and Specifications

Model	Min. Temp.	Max. Temp.	Heating Output	Integrated Interfaces	Dimensions (W x D x H)
Proline PV 15	30°C	230°C	3.6 kW	No	506 x 282 x 590 mm
Proline PV 15 C	30°C	230°C	3.6 kW	RS 232/485	506 x 282 x 646 mm
Proline PV 24	30°C	230°C	3.6 kW	No	740 x 282 x 590 mm
Proline PV 24 C	30°C	230°C	3.6 kW	RS 232/485	740 x 282 x 646 mm
Proline PV 36	30°C	230°C	3.6 kW	No	1040 x 282 x 590 mm
Proline PV 36 C	30°C	230°C	3.6 kW	RS 232/485	1040 x 282 x 646 mm
Proline PVL 15	30°C	100°C	3.6 kW	No	506 x 282 x 590 mm
Proline PVL 15 C	30°C	100°C	3.6 kW	RS 232/485	506 x 282 x 646 mm
Proline PVL 24	30°C	100°C	3.6 kW	No	740 x 282 x 590 mm
Proline PVL 24 C	30°C	100°C	3.6 kW	RS 232/485	740 x 282 x 646 mm

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Device Characteristics

• Precision Control: The Command operating unit includes a graphical LCD screen and allows the programming of up to 150 temperature-time segments, ideal for complex procedures.
• Vario Flex Pump: The thermostats are equipped with an 8-level adjustable pressure pump, which allows for tailored circulation control in demanding environments.
• Two-Chamber System: Ensures constant liquid levels during temperature changes, making these units highly stable and reliable.
• Wide Range of Applications: With compatibility for low-temperature measurements (down to -40°C or -60°C) when using external cooling units, the PVL models are especially versatile.

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Key Benefits

• Direct Sample Observation: The transparent design ensures clear visibility, making these thermostats optimal for visual inspections, particularly in viscosity-related applications.
• High Stability: The thermostats maintain a stable temperature (± 0.01 K) across a wide temperature range, ensuring accuracy in all processes.
• Advanced Programming Capabilities: The 150-segment programmer and graphical display enable detailed control of temperature profiles, allowing for customized workflows.
• Efficient Pumping System: The Vario Flex pressure pump offers customizable circulation settings, ensuring flexible operation based on specific laboratory needs.
• Temperature Flexibility: Suitable for high-temperature applications (up to 230°C) and adaptable for low-temperature applications when connected to an additional cooler.

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Applications

The LAUDA Proline Clear-View Thermostats are ideal for:

• Research Laboratories: Where precise temperature control and sample visibility are crucial.
• Viscosity Determination: When paired with the LAUDA PVS or iVisc viscometer, these thermostats ensure the temporal and spatial stability required for accurate measurements.
• Production and Application Technology: Supporting high-temperature processes with flexibility for both internal and external circulation.

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Accessories

Enhance your LAUDA Proline Clear-View Thermostat with additional accessories:

• External Cooling Units: For expanding the temperature range in PVL models, especially for low-temperature applications.
• Bath Covers: For improved temperature maintenance and energy efficiency.
• Viscometer Mounting Kits: For direct integration with LAUDA viscometers.

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The LAUDA Proline Clear-View Thermostats provide a perfect balance of precision, flexibility, and usability for laboratory professionals. With options for both high and low-temperature applications, these thermostats ensure superior performance across a wide range of scientific and industrial tasks.