The microprocessor controller with LCD screen maintains the set temperature within ±0.2°C. This precision eliminates temperature drift, so your samples, chemical syntheses, or material tests are not compromised by fluctuating conditions. Researchers no longer need to constantly monitor and adjust the bath manually.

Technical Specifications

Below are the exact parameters for model MSBP-13LSWISS.

• Model number: MSBP-13LSWISS

• Temperature range: -10°C to 100°C

• Temperature precision: ±0.2°C

• Liquid tank opening: 240 mm × 170 mm

• Tank depth: 200 mm

• Chamber volume: 13 litres

• Power requirements: AC220V, 50 Hz

• Pump flow rate: 8 litres per minute

• Power consumption: 2300 W

• Controller: microprocessor with LCD screen

• Timer range: 1 minute to 5,999 minutes

• Programmable steps: 63 total (7 periods × 9 steps per period)

• Construction: corrosion‑resistant stainless steel (heater and bath chamber)

• Safety features: audible/visible alarms for temperature and water level; heater alarm; sensor alarm; upper/lower temperature alarm; temperature deviation alarm; over‑current protection alarm; power interruption protection with auto‑restart

• Data interface options: RS‑485 or USB ports (available as an option)

• Drain valve: included for fast and easy emptying

• Maintenance: maintenance‑free operation with an easy‑to‑clean surface

• Chamber design: no sharp angles, which makes cleaning simple

Key Benefits for Your Laboratory

The following benefits explain how this equipment improves efficiency, accuracy, and safety. Each benefit is directly linked to a specific feature from the specifications above.

Time saving through programmable automation
With 63 programmable steps (7 periods × 9 steps per period), you can set complex temperature profiles and let the bath run unattended. The adjustable timer (1 to 5,999 minutes) further automates routine procedures. This reduces hands‑on time and frees staff for other tasks.

Enhanced operator and sample safety
The unit includes multiple safety alarms: audible and visible alerts for temperature and water level, heater and sensor alarms, upper and lower temperature alarms, temperature deviation alarm, and over‑current protection. Built‑in power interruption protection automatically restarts the bath after a power cut. These features prevent sample loss, equipment damage, and accidents.

Easy maintenance and cleaning
Both the heater and the bath chamber are made of corrosion‑resistant stainless steel. The chamber has no sharp angles, so residue does not accumulate in hard‑to‑reach corners. A built‑in drain valve allows fast and complete emptying, which simplifies cleaning and relocation. The surface is also easy to wipe down, making daily upkeep quick.

Flexible data collection and integration
Optional RS‑485 or USB ports allow you to connect the bath to a computer or a laboratory information management system (LIMS). This enables automatic data logging, remote monitoring, and integration into larger experimental setups. Laboratories that require traceable temperature records will find this particularly useful.

How This Circulating Bath Solves Common Lab Pain Points

Laboratory researchers and purchasers often face three recurring challenges. The following points show how this specific model addresses each one.

Pain point: inconsistent results due to temperature fluctuations – Many water baths struggle to maintain a stable temperature, especially when the ambient room temperature changes. The BP‑13L Circulating Bath (a compact laboratory water circulator) uses a microprocessor controller and a high‑precision sensor to hold the temperature within ±0.2°C. This eliminates the variability that leads to failed experiments or retesting.

Pain point: time wasted on manual temperature adjustments and monitoring – Without programmable features, a researcher must stay nearby to adjust the bath as a process moves through different temperature stages. The same BP‑13L Circulating Bath (a fully programmable lab water circulator) offers 63 steps of programming. You can set it once, and it will run an entire day’s work without supervision. The 5,999‑minute timer further reduces the need for manual intervention.

Pain point: equipment downtime caused by contamination or difficult cleaning – Traditional baths with angled corners trap residues, which can lead to biological growth or chemical contamination. The stainless‑steel BP‑13L Circulating Bath (a corrosion‑resistant laboratory water circulator) has a chamber with no sharp angles, so cleaning is fast and thorough. The drain valve empties the bath in seconds, not minutes. This design keeps the bath ready for the next use and extends its working life.

Why the MSBP-13LSWISS Suits Your Laboratory Environment

Whether you work in academic research, industrial quality control, or a pharmaceutical development lab, a reliable circulating bath is a daily tool. The MSBP-13LSWISS Circulating Bath (a 13‑litre laboratory water circulator with a pump flow of 8 L/min) works for temperature control of electronic components, material testing, chemical synthesis, and process work. The unit can be used while sitting or standing, and the clear LCD screen shows all critical parameters at a glance.

The optional RS‑485 or USB ports mean you can integrate this bath into automated data collection systems. The safety alarms provide peace of mind during overnight or weekend runs. The corrosion‑resistant stainless steel construction handles a wide range of water‑based and mild chemical baths without degrading.

Call to Action

Request a quotation or a live demonstration of the MSBP-13LSWISS circulating bath for your laboratory. Contact us to confirm lead times, optional interface availability, and any customisation needs. Add this reliable water circulator to your next equipment order and reduce temperature‑related variability in your experiments.