1. Temperature Control Mode: pre-heating control, servo control & manual control;
2. Instant Parameter Display: set temp, skin temp, heat power rate;
3. Built-in APGAR Timer and >37°C preset function
4. Audible/Visual Alarms: temp deviation, sensor failure, power failure, temp override;
5. Tilting Bed with Rotary Radiant Head;
6. X-ray Cassette Tray under infant bed, examination light of high illuminance;
7. Use anti-blast quartz infrared tube as radiant heating source.
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Technical specification
Power | AC 110 / 220 V, 50Hz / 60Hz | ||||
Input Power | ≤1000VA | ||||
Temperature control range and relative specification | Control mode | Pre-warm mode, manual mode, baby mode | |||
Temperature control range | 25°C~37°C, for set temperature ≤37°C | ||||
37°C~38°C, for set temperature >37°C | |||||
Skin temperature sensor measure range | 20°C~42°C | ||||
Deviation between sensor measure temperature and control temperature | ≤0.5°C | ||||
Skin Sensor Precision | ≤0.3°C | ||||
Bed surface temperature Uniformity | ≤1°C | ||||
Temperature Rise Time | ≤45min | ||||
Bed tiltable | continues adjustable in ±10° | ||||
Alarm | Sensor failure alarm | Alarm with audible and visual when sensor open circuit, short circuit or disconnect, cut off power. | |||
Over temperature alarm | Alarm with audible and visual when displayed temperature was approach 38°C for set temperature ≤37°C, or approach 39°C for set temperature >37°C, cut off power. | ||||
Deviation alarm | After temperature equilibrium, alarm with audible and visual when displayed temperature was 1°C above or below control temperature, cut off power if above 1°C. | ||||
Power failure alarm | Alarm with audible and visual when power failure | ||||
APGAR time | Alarm with audible when run between 50 seconds to 1 minute, 4 minutes 50 seconds to 5 minutes, 9 minutes 50 seconds to 10 minutes. | ||||
Environment Temperature (It is a suggestion that please do not use outside of the allow environment.) | Operate temperature range | 18°C~30°C | |||
Store temperature range | -20°C~+55°C | ||||
Environment Humidity | Operate humidity range | 30%RH~75%RH | |||
Store humidity range | ≤93%RH | ||||
Atmospheric pressure | Transport and Store atmospheric pressure range | 500hPa~1060hPa | |||
Operate atmospheric pressure range | 700hPa~1060hPa | ||||
Stream velocity | Ambit environment stream velocity | ≤0.3m/s |
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Specifications | HNT-1000 | HNT-2000 | HNT-2000B |
Operational condition: | Â | ||
Environment temperature | +18°C~+30°C | +18°C~+30°C | +18°C~+30°C |
Environment relative humidity | 30%~75% | 30%~75% | 30%~75% |
Environment air velocity of flow | <0.3m/s | <0.3m/s | <0.3m/s |
Power requirement | ≤1000VA | ≤1000VA | ≤1000VA |
Temperature control mode | Auto | Pre-heat\auto and manual | Pre-heat\auto and manual |
Temperature Control Range | 25°C~37°C | 25°C~37°C | 25°C~37°C |
Temperature override mode to | ----- | 38°C | 38°C |
Temperature sensor accuracy | ≤0.3°C | ≤0.3°C | ≤0.3°C |
Mattress temperature uniformity | ≤2.0°C | ≤2.0°C | ≤2.0°C |
Temperature rise time | ≤45 min | ≤45 min | ≤45 min |
Heat output indicate | 0~100% | 0~100% | 0~100% |
Radiant box horizon angle adjust range | 0~±90°step-less | 0~±90° step-less | 0~±90° step-less |
Mattress Tray Size | 68cm×56cm | 68cm×56cm | 68cm×56cm |
Mattress tilt adjust range | 0~±10° step-less | 0~±10° step-less | 0~±10° step-less |
Mattress tray Max. load | 10 kg | 10 kg | 10 kg |
Transfusion pole Max. load | 2 kg | 2 kg | 2 kg |
Shelf Max. load | 2 kg | 2 kg | 2 kg |
X-ray | Yes | Yes | Yes |
RS-232 Connector | ---- | Yes | Yes |
Mattress to Radiant box | 81 cm | 81 cm | 81 cm |
Heater infrared wavelength | 1~3 μm | 1~3 μm | 1~3 μm |
APGAR Timer | ----- | Yes | Yes |
Alarms | Â | ||
Power failure alarm | Yes | Yes | Yes |
Sensor failure alarm | Yes | Yes | Yes |
Temperature deviation alarm | ±1.0°C | ±1.0°C | ±1.0°C |
Over temperature alarm | ≤38.0°C | ≤38.0°C\≤39.0°C | ≤38.0°C\≤39.0°C |
System failure alarm | ----- | Yes | Yes |
Low-pressure suction | ------ | ----- | Yes |
Pressure adjust range | ------ | ---- | 0~22Kp(0~165mmHg) |
Operating noise | ------ | ---- | ≤55dB |
White Phototherapy light | ------ | ------ | 1 set |
7LÂ Oxygen cylinder (with oxygen manometer & oxygen flow meter) | ------ | ------ | 2 sets |
Neonate resuscitation bag | ------ | ------ | 1 set |
Packing size | 110×90×110 cm | 110  ×90 ×110 cm | 110 ×90 ×110 cm |
Net weight | 85 kg | 85 kg | 95 kg |
Gross Weight | 115 kg | 115 kg | 125 kg |
 Standard composition
1. Temperature Control Mode: pre-heating control, servo control & manual control;
2. Instant Parameter Display: set temp, skin temp, heat power rate;
3. Built-in APGAR Timer and >37°C preset function
4. Audible/Visual Alarms: temp deviation, sensor failure, power failure, temp override;
5. Tilting Bed with Rotary Radiant Head;
6. X-ray Cassette Tray under infant bed, examination light of high illuminance;
7. Use anti-blast quartz infrared tube as radiant heating source.
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Technical specification
Power | AC 110 / 220 V, 50Hz / 60Hz | ||||
Input Power | ≤1000VA | ||||
Temperature control range and relative specification | Control mode | Pre-warm mode, manual mode, baby mode | |||
Temperature control range | 25°C~37°C, for set temperature ≤37°C | ||||
37°C~38°C, for set temperature >37°C | |||||
Skin temperature sensor measure range | 20°C~42°C | ||||
Deviation between sensor measure temperature and control temperature | ≤0.5°C | ||||
Skin Sensor Precision | ≤0.3°C | ||||
Bed surface temperature Uniformity | ≤1°C | ||||
Temperature Rise Time | ≤45min | ||||
Bed tiltable | continues adjustable in ±10° | ||||
Alarm | Sensor failure alarm | Alarm with audible and visual when sensor open circuit, short circuit or disconnect, cut off power. | |||
Over temperature alarm | Alarm with audible and visual when displayed temperature was approach 38°C for set temperature ≤37°C, or approach 39°C for set temperature >37°C, cut off power. | ||||
Deviation alarm | After temperature equilibrium, alarm with audible and visual when displayed temperature was 1°C above or below control temperature, cut off power if above 1°C. | ||||
Power failure alarm | Alarm with audible and visual when power failure | ||||
APGAR time | Alarm with audible when run between 50 seconds to 1 minute, 4 minutes 50 seconds to 5 minutes, 9 minutes 50 seconds to 10 minutes. | ||||
Environment Temperature (It is a suggestion that please do not use outside of the allow environment.) | Operate temperature range | 18°C~30°C | |||
Store temperature range | -20°C~+55°C | ||||
Environment Humidity | Operate humidity range | 30%RH~75%RH | |||
Store humidity range | ≤93%RH | ||||
Atmospheric pressure | Transport and Store atmospheric pressure range | 500hPa~1060hPa | |||
Operate atmospheric pressure range | 700hPa~1060hPa | ||||
Stream velocity | Ambit environment stream velocity | ≤0.3m/s |
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Specifications | HNT-1000 | HNT-2000 | HNT-2000B |
Operational condition: | Â | ||
Environment temperature | +18°C~+30°C | +18°C~+30°C | +18°C~+30°C |
Environment relative humidity | 30%~75% | 30%~75% | 30%~75% |
Environment air velocity of flow | <0.3m/s | <0.3m/s | <0.3m/s |
Power requirement | ≤1000VA | ≤1000VA | ≤1000VA |
Temperature control mode | Auto | Pre-heat\auto and manual | Pre-heat\auto and manual |
Temperature Control Range | 25°C~37°C | 25°C~37°C | 25°C~37°C |
Temperature override mode to | ----- | 38°C | 38°C |
Temperature sensor accuracy | ≤0.3°C | ≤0.3°C | ≤0.3°C |
Mattress temperature uniformity | ≤2.0°C | ≤2.0°C | ≤2.0°C |
Temperature rise time | ≤45 min | ≤45 min | ≤45 min |
Heat output indicate | 0~100% | 0~100% | 0~100% |
Radiant box horizon angle adjust range | 0~±90°step-less | 0~±90° step-less | 0~±90° step-less |
Mattress Tray Size | 68cm×56cm | 68cm×56cm | 68cm×56cm |
Mattress tilt adjust range | 0~±10° step-less | 0~±10° step-less | 0~±10° step-less |
Mattress tray Max. load | 10 kg | 10 kg | 10 kg |
Transfusion pole Max. load | 2 kg | 2 kg | 2 kg |
Shelf Max. load | 2 kg | 2 kg | 2 kg |
X-ray | Yes | Yes | Yes |
RS-232 Connector | ---- | Yes | Yes |
Mattress to Radiant box | 81 cm | 81 cm | 81 cm |
Heater infrared wavelength | 1~3 μm | 1~3 μm | 1~3 μm |
APGAR Timer | ----- | Yes | Yes |
Alarms | Â | ||
Power failure alarm | Yes | Yes | Yes |
Sensor failure alarm | Yes | Yes | Yes |
Temperature deviation alarm | ±1.0°C | ±1.0°C | ±1.0°C |
Over temperature alarm | ≤38.0°C | ≤38.0°C\≤39.0°C | ≤38.0°C\≤39.0°C |
System failure alarm | ----- | Yes | Yes |
Low-pressure suction | ------ | ----- | Yes |
Pressure adjust range | ------ | ---- | 0~22Kp(0~165mmHg) |
Operating noise | ------ | ---- | ≤55dB |
White Phototherapy light | ------ | ------ | 1 set |
7LÂ Oxygen cylinder (with oxygen manometer & oxygen flow meter) | ------ | ------ | 2 sets |
Neonate resuscitation bag | ------ | ------ | 1 set |
Packing size | 110×90×110 cm | 110  ×90 ×110 cm | 110 ×90 ×110 cm |
Net weight | 85 kg | 85 kg | 95 kg |
Gross Weight | 115 kg | 115 kg | 125 kg |
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Insect pheromones are compounds used by insects to represent various information such as aggregation, foraging, mating, and alerting. They are the chemical molecular language of insect communication. At present, the basic control measures for pests in agricultural production mainly rely on chemical pesticides, but the long-term uncontrolled use of chemical pesticides has brought many side effects. The first is the emergence of pest resistance, which causes the use of drugs and drug concentrations to increase, the cost increases year by year, and the prevention and control of increasingly difficult; the second is to disrupt the ecological balance, while controlling a large number of natural enemies were killed, causing the pupae of secondary pests; Third, it pollutes the environment. A large amount of pesticides remain in crops, soils, rivers, lakes, and seas, and they are enriched in the human body through the form of food chain, causing another harm to humanity. Therefore, relevant research departments in many countries are currently working hard to explore and study new approaches and technologies for pest control. These studies include: the development of new, efficient, environmentally friendly, low-toxic, low-residue chemical pesticides; natural enemy insects and microorganisms The use of pesticides; insect sterilization technology and the application of insect hormones; among them, the research on the use of insect hormones, especially insect sex pheromones for pest control, is receiving increasing attention and attention.
Research on insect pheromone has been developing rapidly. Since the first insect pheromone Bombykol, has been isolated and identified, more than 2,000 insect pheromones and their analogs have been identified and synthesized worldwide, of which more than 100 insect pheromone To achieve commercial production, the production and research of Lepidoptera sex pheromones is the most extensive and comprehensive.
Insect communication, Including Sex pheromone, Collection pheromone,Alert pheromone, Tracking pheromone
Taizhou Volsen Chemical Co., Ltd. , https://www.volsenchem.com