Liquid Cooled cold/hot plates have the freedom from the noise and vibration of fans. Water works as the coolant, carrying heat away from the cold plate source. TECA’s newest liquid-cooled cold/hot plate is also its largest. The LHP-1800CPV features a 15.2” X 19.2” footprint and a range from -30C to +130C (high temperature version). A water source is required. The LHP-1800CPV is ideal when powerful cooling is needed in a small footprint.
Ideal for laboratory, quality control testing and R&D applications, TECA is pleased to announce a second-generation redesign of our popular AHP-301MSP Magnetic Stirring Hot/Cold Plate. Choose the Cold Shoe configuration and use with multiple beaker sizes on the same sleeve platform. Good thermal contact will be maintained via gap pads. Or, use the Ice Bucket configuration to create a cold or hot bath for your samples without the mess of water or ice.
TECA’s new Stirring Bead Bath can maintain samples from 0 °C to 50 °C using reliable, low maintenance thermoelectric (Peltier) technology.
Magnetic Stirring Cold/Hot Plate For Laboratory Use
Style: Bench Top, Laboratory
Voltage: 100-240 VAC
Current: 2.2-1.0 AMPS
Operating Ambient: 0/+45 °C
Includes:
• Integral Power Supply
• Integral PWM Temperature control
• USB comms port
• Remote Sensibility
Controller Features:
• Integral “tunable” PWM temperature control
• PWM, Bi-directional temperature control
• 4 Temperature zone with 4 independent PID settings
• Multi-segment ramp and soak programmable
• Internal RTD sensor
• Remote Sensibility™ switchable to exterior accessory RTD sensor
• USB Communication with easy to use software
• Labview VI examples
| MODEL NUMBER | PART NUMBER | VOLTAGE VAC (VDC) | CURRENT AMPS |
|---|---|---|---|
| AHP-301MSP | 9-70KB-1-MSP | 100-240 | 2.2-1.0 |
The AHP-301MSP must be used with either ICE-301MSP Ice Bucket or one of the SLV-XXXMSP Cold Shoe accessories (order separately)!3.15 [80]
SLV-XXXMSP Cold Shoe accessories part numbers and specifications:
| PART NUMBER | BEAKER TYPE |
VOLUME mL |
DIAMETER in [mm] |
TT PAD RQD. |
| SLV-600MSP | Griffin Low Form | 600 | 3.54 [90] | _ |
| Griffin Low Form | 500 | 3.35 [85] | TT-G500 | |
| Berzelius Tall Form | 800 | 3.54 [90] | TT-B800 | |
| SLV-400MSP | Griffin Low Form | 400 | 3.15 [80] | _ |
| Berzelius Tall Form | 500 | 3.11 [79] | TT-B500 | |
| Berzelius Tall Form | 600 | 3.15 [80] | TT-B600 | |
| SLV-250MSP | Griffin Low Form | 250 | 2.75 [70] | _ |
| Berzelius Tall Form | 400 | 2.75 [70] | TT-B400 | |
| SLV-150MSP | Griffin Low Form | 150 | 2.36 [60] | _ |
| Berzelius Tall Form | 250 | 2.36 [60] | TT-B250 | |
| SLV-100MSP | Griffin Low Form | 100 | 1.97 [50] | _ |
| Berzelius Tall Form | 100 | 1.89 [48] | TT-B100 |
| PART NUMBER | BEAKER TYPE |
VOLUME mL |
DIAMETER in [mm] |
TT PAD RQD. |
| SLV-600MSP | Griffin Low Form | 600 | 3.54 [90] | _ |
| Griffin Low Form | 500 | 3.35 [85] | TT-G500 | |
| Berzelius Tall Form | 800 | 3.54 [90] | TT-B800 | |
| SLV-400MSP | Griffin Low Form | 400 | 3.15 [80] | _ |
| Berzelius Tall Form | 500 | 3.11 [79] | TT-B500 | |
| Berzelius Tall Form | 600 | 3.15 [80] | TT-B600 | |
| SLV-250MSP | Griffin Low Form | 250 | 2.75 [70] | _ |
| Berzelius Tall Form | 400 | 2.75 [70] | TT-B400 | |
| SLV-150MSP | Griffin Low Form | 150 | 2.36 [60] | _ |
| Berzelius Tall Form | 250 | 2.36 [60] | TT-B250 | |
| SLV-100MSP | Griffin Low Form | 100 | 1.97 [50] | _ |
| Berzelius Tall Form | 100 | 1.89 [48] | TT-B100 |
Features:
• PWM temperature control
• Fluid process temperature range 0 °C to 50 °C
• Internal and external RTD sensor
• Adjustable stirring from 100 to 1000 RPM
• Accommodates many vessel sizes
• Stainless steel, aluminum and acrylic construction
• Doubles as an Electric Ice BucketTM when not used for stirring
• Always On, Always Cold design: plug it in and leave it on indefinitely
• Samples stay where you place them without racks or fixtures
• No more floating or tipping samples
• Holds capped and non-watertight vessels in place
• Certified to CSA STDS C22.2 # 61010-1 & 61010-2-010
• FCC 47CFR PT 15: 2019; IEC 61326-1
Resources:
A research and development team in Europe uses the TECA Model AHP-1200CPV Cold Plate with a TECA Model TC-1 Tube Chiller attached.
Their process is proprietary but involves optical material and measurements. The TC-1 Tube Chiller is designed to heat or cool fluid without introducing contaminants to the fluid.
The fluid flows through the flexible tubing (various tubing diameters are possible) within the plate surface.
A university research laboratory uses TECA’s AHP-1200CPV Cascade system to perform nucleation studies. The AHP-1200CPV Thermoelectric Cold/Hot Plate paired with a CCP-31 Cascade attachment creates a low-temperature cooling system. The customer is able to control the temperature of an aluminum dish, rapidly cycling between +20 °C to -45 °C.
The Plexiglas box on top is to contain a dry nitrogen flow, which prevents condensation and frost from forming on the experiment stage.
A global leader in developing and manufacturing cochlear implant systems uses the AHP-1200CPV to cool down silicone molds after the curing process so the operators can safely handle the mold. So far the cold plate has been performing perfectly.
A customer heard about TECA’s Thermoelectric Cold Plates through word-of-mouth and placed an order within a week. The AHP-301CP Cold Plate is used in the customer’s 3D printing process. Parts are printed on an aluminum plate which is then set on the AHP-301CP Cold Plate.
As the AHP-301CP Cold Plate cools the aluminum plate, the 3D prints just pop right off of the aluminum plate. The customer is pleased with the performance, ease of use and low purchase price of this basic model.
The AHP-301CP series is replaced by the newer AHP-401CP series.
A rally car racing team had a need to chill drinking water inside their moving vehicles, while they raced through very hot desert conditions. A solid state cold plate based on TECA model AHP-300CP.
The AHP-300CP thermoelectric cold plate (Peltier cold plate), which draws power directly from the car battery, was the solution to maintain the temperature of the water at an acceptable level. With a ready supply of chilled water, the racing team could drive at peak performance.
The AHP-300CP series is now replaced by a newer and more efficient model the AHP-470CP series.
A company that offers a broad range of door and window components and related building products with proven product lines and a multi-state collection of modern manufacturing facilities uses the AHP-150CP in a Canadian Fog Box, for testing double pane windows for condensation.
The AHP-150CP has been replaced by a newer and more efficient model the AHP-250CP series.
