IPP Series eco Peltier Cooled Incubators
Manufacturer: Memmert
Memmert IPPe Series eco Peltier Cooled Incubators (110 through 2200) expand the advantages of Advanced Peltier Technology into high-volume laboratory and industrial applications. Designed for massive sample loads, these incubators offer unmatched energy efficiency, consuming up to 90% less power than traditional compressor-based climate chambers. By utilizing the Peltier Effect, these units provide a vibration-free environment ideal for protein crystallization, microbiological analysis, and long-term shelf-life testing of dairy or pharmaceutical products. The absence of a refrigerant-based compressor not only makes the unit environmentally friendly but also significantly reduces maintenance requirements and laboratory noise.
Description
In Stock!
2 Business Days (Note: 8 - 10 weeks for Large Models)
Scaling efficiency from mid-size benchtop units to massive floor-standing chambers.
Key Technical Benefits:
- Unmatched Uniformity: Integrated fans within the Peltier modules ensure rapid energy transfer. This creates a homogeneous thermal environment, even when the massive 2140 L chamber is fully loaded.
- Minimized Dehydration: Since the cooling process happens via a solid-state heat pump rather than a moisture-stripping evaporator, the risk of samples drying out is nearly eliminated.
- Ergonomic Door Designs: Large models are designed for accessibility. The IPP 1400 features a two-leaf door, while the IPP 2200 utilizes a three-leaf system, both with glass sectors for visual monitoring.
- Robust Load Capacity: Engineered for heavy-duty use, the floor-standing models (1400/2200) can support up to 330 kg of product, making them ideal for bulk shelf-life testing.
Laboratory Maintenance & Safety:
- Understanding the Peltier Effect: Peltier elements transfer heat from the interior to the exterior (or vice versa) using electrical current. This means the unit is purely electronic, no moving parts in the cooling system except for the circulation fans.
- Recovery Times: The Advanced Peltier Technology ensures that after a door opening, the temperature returns to the setpoint much faster than in conventional cooled incubators.
- Eco-Impact: The "eco" designation refers to both the reduced electricity bill and the elimination of greenhouse gases (refrigerants) used in compressors.
| SKU | Working Environment | Temperature Range | Temperature Accuracy | Temperature Sensor | Maximum Load | Relative Humidity |
|---|---|---|---|---|---|---|
| IPP 110eco 115V | 0° (at least 20 below Ambient) to 70°C | 0°C to 70°C | 0.1°C | Single Pt100 Sensor DIN Class A (4-Wire-Circuit) | 150 kg | Max. 70%, Non-Condensing |
| IPP 110eco 230V | 0° (at least 20 below Ambient) to 70°C | 0°C to 70°C | 0.1°C | Single Pt100 Sensor DIN Class A (4-Wire-Circuit) | 150 kg | Max. 70%, Non-Condensing |
| IPP 260eco 115V | 0° (at least 20 below Ambient) to 70°C | 0°C to 70°C | 0.1°C | Single Pt100 Sensor DIN Class A (4-Wire-Circuit) | 200 kg | Max. 70%, Non-Condensing |
| IPP 260eco 230V | 0° (at least 20 below Ambient) to 70°C | 0°C to 70°C | 0.1°C | Single Pt100 Sensor DIN Class A (4-Wire-Circuit) | 200 kg | Max. 70%, Non-Condensing |
| IPP 410eco 115V | 0° (at least 20 below Ambient) to 70°C | 0°C to 70°C | 0.1°C | Single Pt100 Sensor DIN Class A (4-Wire-Circuit) | 200 kg | Max. 70%, Non-Condensing |
| IPP 750eco 115V | 0° (at least 20 below Ambient) to 70°C | 0°C to 70°C | 0.1°C | Single Pt100 Sensor DIN Class A (4-Wire-Circuit) | 200 kg | Max. 70%, Non-Condensing |
| IPP 750eco 230V | 0° (at least 20 below Ambient) to 70°C | 0°C to 70°C | 0.1°C | Single Pt100 Sensor DIN Class A (4-Wire-Circuit) | 200 kg | Max. 70%, Non-Condensing |
| IPP 1060eco 115V | 0° (at least 20 below Ambient) to 70°C | 0°C to 70°C | 0.1°C | Single Pt100 Sensor DIN Class A (4-Wire-Circuit) | 200 kg | Max. 70%, Non-Condensing |
| IPP 1060eco 230V | 0° (at least 20 below Ambient) to 70°C | 0°C to 70°C | 0.1°C | Single Pt100 Sensor DIN Class A (4-Wire-Circuit) | 200 kg | Max. 70%, Non-Condensing |
| IPP 1400eco 115V | 0° (at least 20 below Ambient) to 70°C | 0°C to 70°C | 0.1°C | Single Pt100 Sensor DIN Class A (4-Wire-Circuit) | 250 kg | Max. 70%, Non-Condensing |
| IPP 1400eco 230V | 0° (at least 20 below Ambient) to 70°C | 0°C to 70°C | 0.1°C | Single Pt100 Sensor DIN Class A (4-Wire-Circuit) | 250 kg | Max. 70%, Non-Condensing |
| IPP 2200eco 115V | 0° (at least 20 below Ambient) to 70°C | 0°C to 70°C | 0.1°C | Single Pt100 Sensor DIN Class A (4-Wire-Circuit) | 330 kg | Max. 70%, Non-Condensing |
| IPP 2200eco 230V | 0° (at least 20 below Ambient) to 70°C | 0°C to 70°C | 0.1°C | Single Pt100 Sensor DIN Class A (4-Wire-Circuit) | 330 kg | Max. 70%, Non-Condensing |
| IPP 410eco Plus 230V | 0° (at least 20 below Ambient) to 70°C | 0°C to 70°C | 0.1°C | Dual Pt100 Sensor DIN Class A (4-Wire-Circuit) | 200 kg | Max. 70%, Non-Condensing |
| IPP 410eco Plus 115V | 0° (at least 20 below Ambient) to 70°C | 0°C to 70°C | 0.1°C | Dual Pt100 Sensor DIN Class A (4-Wire-Circuit) | 200 kg | Max. 70%, Non-Condensing |
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IPP1060 eco Peltier Cooled Incubator Specification Sheet | Download |
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IPP750 eco Peltier Cooled Incubator Specification Sheet | Download |
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IPP410 eco Peltier Cooled Incubator Specification Sheet | Download |
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IPP260 eco Peltier Cooled Incubator Specification Sheet | Download |
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IPP110 eco Peltier Cooled Incubator Specification Sheet | Download |
| SKU | Dimensions | Internal Dimensions | Certification | Controller | Display | Type |
|---|---|---|---|---|---|---|
| IPP 110eco 115V | 21.9 in x 29.3 in x 34.0 in (556.26 mm x 744.22 mm x 863.60 mm) |
22.05 in x 18.90 in x 15.75 in (560 mm x 480 mm x 400 mm) |
CE, VDE, cULus, EAC | PID-Microprocessor Controller | Single TFT-Color | Peltier Forced Ventilation |
| IPP 110eco 230V | 21.9 in x 29.3 in x 34.0 in (556.26 mm x 744.22 mm x 863.60 mm) |
22.05 in x 18.90 in x 15.75 in (560 mm x 480 mm x 400 mm) |
CE, VDE, cULus, EAC | PID-Microprocessor Controller | Single TFT-Color | Peltier Forced Ventilation |
| IPP 260eco 115V | 25.8 in x 32.4 in x 46.6 in (655.32 mm x 822.96 mm x 1183.64 mm) |
25.20 in x 31.50 in x 19.70 in (640 mm x 800 mm x 500 mm) |
CE, VDE, cULus, EAC | PID-Microprocessor Controller | Single TFT-Color | Peltier Forced Ventilation |
| IPP 260eco 230V | 25.8 in x 32.4 in x 46.6 in (655.32 mm x 822.96 mm x 1183.64 mm) |
25.20 in x 31.50 in x 19.70 in (640 mm x 800 mm x 500 mm) |
CE, VDE, cULus, EAC | PID-Microprocessor Controller | Single TFT-Color | Peltier Forced Ventilation |
| IPP 410eco 115V | 25.8 in x 32.4 in x 67.7 in (655.32 mm x 822.96 mm x 1719.58 mm) |
25.20 in x 47.24 in x 19.69 in (640 mm x 1200 mm x 500 mm) |
CE, VDE, cULus, EAC | PID-Microprocessor Controller | Single TFT-Color | Peltier Forced Ventilation |
| IPP 750eco 115V | 29.7 in x 48.2 in x 67.7 in (754.38 mm x 1224.28 mm x 1719.58 mm) |
40.94 in x 47.24 in x 23.62 in (1040 mm x 1200 mm x 600 mm) |
CE, VDE, cULus, EAC | PID-Microprocessor Controller | Single TFT-Color | Peltier Forced Ventilation |
| IPP 750eco 230V | 29.7 in x 48.2 in x 67.7 in (754.38 mm x 1224.28 mm x 1719.58 mm) |
40.94 in x 47.24 in x 23.62 in (1040 mm x 1200 mm x 600 mm) |
CE, VDE, cULus, EAC | PID-Microprocessor Controller | Single TFT-Color | Peltier Forced Ventilation |
| IPP 1060eco 115V | 39.6 in x 48.2 in x 67.7 in (1005.84 mm x 1224.28 mm x 1719.58 mm) |
40.94 in x 47.24 in x 33.46 in (1040 mm x 1200 mm x 850 mm) |
CE, VDE, cULus, EAC | PID-Microprocessor Controller | Single TFT-Color | Peltier Forced Ventilation |
| IPP 1060eco 230V | 39.6 in x 48.2 in x 67.7 in (1005.84 mm x 1224.28 mm x 1719.58 mm) |
40.94 in x 47.24 in x 33.46 in (1040 mm x 1200 mm x 850 mm) |
CE, VDE, cULus, EAC | PID-Microprocessor Controller | Single TFT-Color | Peltier Forced Ventilation |
| IPP 1400eco 115V | 35.6 in x 56.5 in x 75.3 in (904.24 mm x 1435.10 mm x 1912.62 mm) |
49.21 in x 57.09 in x 29.53 in (1250 mm x 1450 mm x 750 mm) |
CE, VDE, cULus, EAC | PID-Microprocessor Controller | Single TFT-Color | Peltier Forced Ventilation |
| IPP 1400eco 230V | 35.6 in x 56.5 in x 75.3 in (904.24 mm x 1435.10 mm x 1912.62 mm) |
49.21 in x 57.09 in x 29.53 in (1250 mm x 1450 mm x 750 mm) |
CE, VDE, cULus, EAC | PID-Microprocessor Controller | Single TFT-Color | Peltier Forced Ventilation |
| IPP 2200eco 115V | 35.6 in x 84.9 in x 75.3 in (904.24 mm x 2156.46 mm x 1912.62 mm) |
77.64 in x 57.09 in x 29.53 in (1972 mm x 1450 mm x 750 mm) |
CE, VDE, cULus, EAC | PID-Microprocessor Controller | Single TFT-Color | Peltier Forced Ventilation |
| IPP 2200eco 230V | 35.6 in x 84.9 in x 75.3 in (904.24 mm x 2156.46 mm x 1912.62 mm) |
77.64 in x 57.09 in x 29.53 in (1972 mm x 1450 mm x 750 mm) |
CE, VDE, cULus, EAC | PID-Microprocessor Controller | Single TFT-Color | Peltier Forced Ventilation |
| IPP 410eco Plus 230V | 25.8 in x 32.4 in x 67.7 in (655.32 mm x 822.96 mm x 1719.58 mm) |
25.20 in x 47.24 in x 19.69 in (640 mm x 1200 mm x 500 mm) |
CE, VDE, cULus, EAC | PID-Microprocessor Controller | Dual TFT-Color | Peltier Forced Ventilation |
| IPP 410eco Plus 115V | 25.8 in x 32.4 in x 67.7 in (655.32 mm x 822.96 mm x 1719.58 mm) |
25.20 in x 47.24 in x 19.69 in (640 mm x 1200 mm x 500 mm) |
CE, VDE, cULus, EAC | PID-Microprocessor Controller | Dual TFT-Color | Peltier Forced Ventilation |
Memmert IPPe Series eco Peltier Cooled Incubators (110 through 2200) expand the advantages of Advanced Peltier Technology into high-volume laboratory and industrial applications. Designed for massive sample loads, these incubators offer unmatched energy efficiency, consuming up to 90% less power than traditional compressor-based climate chambers. By utilizing the Peltier Effect, these units provide a vibration-free environment ideal for protein crystallization, microbiological analysis, and long-term shelf-life testing of dairy or pharmaceutical products. The absence of a refrigerant-based compressor not only makes the unit environmentally friendly but also significantly reduces maintenance requirements and laboratory noise.
Starting at $9,254.00
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