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POLYSCIENCE Heated Circulator: 13.5 lpm Flow Rate, MX07H135-L11B, Heated, 19 5/8 in Overall Dp - Heating Circulators
POLYSCIENCEHeating Circulators

POLYSCIENCE Heated Circulator: 13.5 lpm Flow Rate, MX07H135-L11B, Heated, 19 5/8 in Overall Dp

The POLYSCIENCE Heated Circulator (SKU 12C262, model MX07H135-L11B) is a heating circulator with a 13.5 lpm flow rate. It features an LCD display and a temperature accuracy tolerance of +/-0.07°C, with a minimum…

SKU 3G-OTH-361658

Brand
POLYSCIENCE
Item
Heated Circulator: 13.5 lpm Flow Rate, MX07H135-L11B, Heated, 19 5/8 in Overall Dp
Category
Heating Circulators
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Technical Specifications

POLYSCIENCE
Manufacturer Part Number
MX07H135-L11B
Type
MX07H135-L11B, Heated, LCD
Overall Dp
19 5/8 in
Display Type
LCD
Temperature Setting - Minimum
-6.7 °C
Temperature Accuracy Tolerance
+/-0.07°C
View Full Spec Sheet

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POLYSCIENCE Products
3G Electric (S) Pte. Ltd. — Singapore

Product Description

The POLYSCIENCE Heated Circulator (SKU 12C262, model MX07H135-L11B) is a heating circulator with a 13.5 lpm flow rate. It features an LCD display and a temperature accuracy tolerance of +/-0.07°C, with a minimum temperature setting of -6.7 °C.

Frequently Asked Questions

What is the POLYSCIENCE Heated Circulator used for?

The POLYSCIENCE Heated Circulator (model MX07H135-L11B) is used for precise temperature control in laboratory and industrial processes such as sample heating, viscosity testing, and reactor temperature regulation. It maintains a temperature accuracy tolerance of +/-0.07°C and can set temperatures as low as -6.7 °C.

What are the specifications of the POLYSCIENCE Heated Circulator MX07H135-L11B?

The POLYSCIENCE Heated Circulator MX07H135-L11B has a flow rate of 13.5 lpm, an LCD display, and a temperature accuracy tolerance of +/-0.07°C. Its minimum temperature setting is -6.7 °C, and the overall depth is 19 5/8 in. It is a heated circulator designed for consistent thermal control.

Where to buy the POLYSCIENCE Heated Circulator worldwide?

You can source the POLYSCIENCE Heated Circulator MX07H135-L11B through 3G Electric, a global industrial equipment distributor. We handle full logistics, customs clearance, and delivery to worldwide destinations. Contact us for availability and lead time on this heating circulator.

How to install the POLYSCIENCE Heated Circulator?

Install the POLYSCIENCE Heated Circulator on a stable, level surface away from flammable materials. Connect it to a compatible power supply and fill with the appropriate heat transfer fluid. Set the desired temperature on the LCD display and allow the unit to stabilize before use. Always follow the manufacturer's manual for safety.

Used in

Common applications for POLYSCIENCE
Pharmaceutical quality control — POLYSCIENCE heated circulator AP28H200-L11B for stability testing of drug formulations at precise temperatures.
Materials testing laboratories — POLYSCIENCE refrigerated circulator SD7LR-20-L11B for thermal cycling of polymer samples from -20°C to elevated temperatures.
Chemical synthesis — POLYSCIENCE general-purpose water bath MX23P100-L11B for maintaining reaction mixtures at controlled temperatures up to 85°C.
Calibration services — POLYSCIENCE heated circulator AP06S150-L11B with ±0.005°C stability for calibrating temperature sensors and probes.
Environmental chambers — POLYSCIENCE refrigerated circulator MX7LR-20-L11B for cooling external equipment such as viscometers or spectrophotometers.
Food and beverage testing — POLYSCIENCE water bath with polycarbonate interior for visual monitoring of sample viscosity during heating.

POLYSCIENCE Products

3G Electric supplies POLYSCIENCE heating circulators. We supply genuine products with in-stock availability on common SKUs, technical documentation, commissioning support, and warranty service — worldwide.

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