UP-ZL1 Automatic Integrated Distillation Unit

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UP-ZL1 Automatic Integrated Distillation Unit

Product ID：SYCHZL036

Price: Please inquire PDF Format

Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberUP-ZL1

Brand NameYOUPUTONGYONG

Payment TermsTT，PAYPAL，Alibaba.com Pay

UP-ZL1 Automatic Integrated Distillation Unit

Product Introduction
The UP-ZL1 Automatic Integrated Distillation Unit is designed for laboratory sample pretreatment procedures that require distillation. With six independent infrared ceramic heating positions, individual temperature and time control, and integrated safety functions, it helps laboratories process multiple samples efficiently while reducing routine manual operations.
The instrument uses flame-free infrared ceramic heating and features anti-suckback, anti-dry-burning, anti-bumping, and over-distillation protection. Its solenoid-valve-controlled cooling-water supply can automatically stop when cooling is no longer required, helping reduce water consumption and manual intervention. A separate serpentine condenser design helps minimize sample loss during distillation.
The UP-ZL1 is suitable for environmental monitoring, water supply and drainage testing, public health laboratories, research institutions, universities, and industrial laboratories. Typical applications include distillation pretreatment for volatile phenols, cyanide, ammonia nitrogen, cation exchange capacity, Kjeldahl nitrogen, and water in oil, subject to the applicable analytical method.

Performance Features
1. Six independent heating positions: Enables parallel processing of up to six samples, with individual control for each heating position.
2. Infrared ceramic heating: Provides flame-free heating with a water-resistant design and resistance to acid and alkali corrosion as specified by the manufacturer.
3. Independent temperature control: Each position supports automatic temperature control from ambient temperature to 500°C.
4. Programmable distillation time: Supports individual timing settings from 0 to 300 minutes for each position.
5. Integrated safety protection: Includes protection against over-distillation, reverse suction, dry heating, and bumping.
6. Automatic cooling-water shutoff: A solenoid valve controls the cooling-water supply and automatically stops it when the system no longer requires cooling.
7. Separate serpentine condenser: Helps reduce sample loss during condensation and collection.
8. Touchscreen interface: A 5-inch LCD touchscreen simplifies parameter configuration and routine operation.
9. Electrical leakage protection: An integrated leakage protection system helps improve operational safety.
10. Reduced manual intervention: Automatic temperature control, timed distillation, and cooling-water shutoff simplify routine laboratory workflows.

Working Principle
The UP-ZL1 uses infrared ceramic heating elements to heat samples in distillation flasks. As the sample is heated, volatile components vaporize and pass through a separate serpentine condenser. Cooling water removes heat from the vapor, allowing it to condense into liquid distillate for collection.
Users configure the heating temperature and distillation time for each position. The instrument then controls the heating process according to the selected settings. Integrated protective functions help reduce the risks of reverse suction, dry heating, bumping, and excessive distillation. The cooling-water solenoid valve automatically stops the water supply when cooling is no longer needed.
The distillation procedure, sample volume, temperature, and operating time should be selected according to the applicable analytical method and sample characteristics.

Technical Parameters

Parameter	Specification
Model	UP-ZL1
Product type	Automatic integrated distillation unit
Display	5-inch LCD touchscreen
Heating method	Far-infrared ceramic heating; flame-free and water-resistant
Number of distillation units	6 independent heating positions
Temperature control	Independent automatic temperature control for each position
Temperature range	Ambient temperature to 500°C
Time control	0–300 minutes
Distillation endpoint control	Individual distillation time setting
Anti-suckback protection	Yes
Over-distillation protection	Yes
Anti-dry-burning protection	Yes
Anti-bumping protection	Yes
Cooling-water control	Solenoid valve with automatic water-supply shutoff
Condenser	Separate serpentine condenser
Distillation flasks	500 mL × 6, standard
Distillate receiving bottles	250 mL × 6, standard
Electrical leakage protection	Yes
Rated voltage	220 V / 50 Hz
Rated power	3500 W, adjustable
Dimensions	950 × 500 × 700 mm
Typical applications	Distillation pretreatment for volatile phenols, cyanide, ammonia nitrogen, and other applicable analyses

Application Scenarios
• Environmental monitoring: Distillation pretreatment for water and environmental samples before volatile phenol, cyanide, and ammonia nitrogen analysis.
• Water supply and wastewater testing: Routine sample preparation for water quality assessment.
• Public health laboratories: Distillation procedures associated with environmental health and water quality testing.
• Research institutes and universities: Laboratory analytical chemistry, method development, and sample pretreatment.
• Industrial laboratories: Distillation-based pretreatment for chemical and environmental testing.
• Oil testing laboratories: Suitable distillation pretreatment for applicable water-in-oil analytical methods, subject to method requirements.

UP-ZL1 vs. Conventional Manual Distillation

Comparison Item	UP-ZL1 Automatic Integrated Distillation Unit	Conventional Manual Distillation Setup
Sample throughput	Six independent heating positions	Depends on the number of heating setups
Heating method	Infrared ceramic heating	Often uses electric heating mantles or hot plates
Temperature control	Automatic and independently adjustable	May require manual adjustment or separate controllers
Time control	Programmable from 0 to 300 minutes per position	Often requires manual timing
Cooling-water management	Solenoid-valve-controlled automatic shutoff	May require manual water-flow control
Condenser configuration	Separate serpentine condenser	Depends on the apparatus
Safety functions	Integrated anti-suckback, anti-dry-burning, anti-bumping, and over-distillation protection	Depends on the equipment configuration
Operator workload	Reduced through automated temperature, timing, and water-control functions	Typically involves more manual intervention

Note: This comparison describes general workflow differences. Actual performance depends on the equipment configuration and laboratory procedure.

Frequently Asked Questions
1. What is the UP-ZL1 Automatic Integrated Distillation Unit used for?
It is used for laboratory sample pretreatment when distillation is required, particularly for water quality testing involving volatile phenols, cyanide, and ammonia nitrogen.
2. How many samples can the UP-ZL1 process simultaneously?
The unit has six independent infrared ceramic heating positions and is supplied with six 500 mL distillation flasks and six 250 mL receiving bottles.
3. What is the temperature control range?
Each heating position supports automatic temperature control from ambient temperature to 500°C.
4. Can the distillation time be set independently for each position?
Yes. The instrument supports individual distillation-time settings from 0 to 300 minutes for each heating position.
5. What safety protections are included?
The UP-ZL1 includes over-distillation, anti-suckback, anti-dry-burning, anti-bumping, and electrical leakage protection.
6. How does the automatic cooling-water function work?
A solenoid valve controls the cooling-water supply and automatically stops the water flow when cooling is no longer required, reducing the need for manual intervention and helping conserve water.
7. What is the purpose of the serpentine condenser?
The separate serpentine condenser cools vapor to produce liquid distillate and is designed to help reduce sample loss during the process.
8. What is the rated power consumption?
The rated power is 3500 W and is adjustable. The instrument operates on a 220 V, 50 Hz power supply.
9. Is the UP-ZL1 suitable for all distillation-based water quality methods?
Not necessarily. Suitability depends on the analytical standard, sample characteristics, required operating conditions, and compatible apparatus. Confirm the method requirements before testing.

Frequently Asked Questions
1. What is the UP-ZL1 Automatic Integrated Distillation Unit used for?
It is used for laboratory sample pretreatment when distillation is required, particularly for water quality testing involving volatile phenols, cyanide, and ammonia nitrogen.
2. How many samples can the UP-ZL1 process simultaneously?
The unit has six independent infrared ceramic heating positions and is supplied with six 500 mL distillation flasks and six 250 mL receiving bottles.
3. What is the temperature control range?
Each heating position supports automatic temperature control from ambient temperature to 500°C.
4. Can the distillation time be set independently for each position?
Yes. The instrument supports individual distillation-time settings from 0 to 300 minutes for each heating position.
5. What safety protections are included?
The UP-ZL1 includes over-distillation, anti-suckback, anti-dry-burning, anti-bumping, and electrical leakage protection.
6. How does the automatic cooling-water function work?
A solenoid valve controls the cooling-water supply and automatically stops the water flow when cooling is no longer required, reducing the need for manual intervention and helping conserve water.
7. What is the purpose of the serpentine condenser?
The separate serpentine condenser cools vapor to produce liquid distillate and is designed to help reduce sample loss during the process.
8. What is the rated power consumption?
The rated power is 3500 W and is adjustable. The instrument operates on a 220 V, 50 Hz power supply.
9. Is the UP-ZL1 suitable for all distillation-based water quality methods?
Not necessarily. Suitability depends on the analytical standard, sample characteristics, required operating conditions, and compatible apparatus. Confirm the method requirements before testing.