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VEVOR

TOUGH TOOLS, HALF PRICE

Technical Support and E-Warranty Certificate

www.vevor.com/support

INDUSTRIAL WATER CHILLER USER MANUAL

MODEL: CW-6000

VEVOR is committed to providing tools with competitive prices. Phrases like "Save Half" or "Half Price" represent an estimate of potential savings compared to major brands and do not cover all product categories. Customers are advised to verify savings carefully when placing an order.

Product Overview

Image of the VEVOR CW-6000 Industrial Water Chiller, showing its front panel with controls and a fan on top.

NEED HELP? CONTACT US!

Have product questions? Need technical support? Please feel free to contact us:

Technical Support and E-Warranty Certificate
www.vevor.com/support

This is the original instruction. Please read all manual instructions carefully before operating. VEVOR reserves the right to interpret its user manual. The appearance of the product is subject to the item received. VEVOR will not provide further notification for technology or software updates.

WARNINGS

[Warning Icon] To reduce the risk of injury, user must read instructions manual carefully.

WARN

Power Supply & Grounding: Ensure the power supply and outlet are in good contact and the grounding wire is firm. The instantaneous working current can reach 6-10 amperes (10-15 amperes for AC110V models).
Voltage Stability: Ensure the working chiller has a stable and normal voltage. The standard product operates at 220-240V (110V model at 110-120V). Custom voltage ranges are available.
Power Frequency: Mismatched power frequency can cause chiller damage. Select 50Hz or 60Hz according to the actual situation.
Pump Protection: Strictly forbidden to run the chiller without water in the storage tank. Ensure the tank has sufficient water before starting to prevent pump damage. When the water level is below the green (normal) range, cooling capacity may decrease. Pumps are forbidden by circulating drainage.
Ventilation: Ensure the air inlet and outlet are well ventilated. Maintain at least 30 cm clearance from the back air outlet and at least 8 cm from the side air intake.

Filter Cleaning: The filter must be cleaned regularly to prevent serious clogging failure.
Condensate: In high ambient humidity, if water temperature is lower than ambient temperature, condensate may form. Consider setting a higher water temperature or warming connected pipes and cooling components.

PROFESSIONAL USE ONLY!

This device is not intended for use by children or individuals with physical, sensory, or mental impairments, or those lacking experience and knowledge, unless supervised or instructed. Children are not allowed to play with electrical appliances.

The circulating water must use a sealed container (e.g., for laser tube cooling water). Unsealed containers like water basins or buckets are not suitable for circulating water cooling.

SPECIFICATIONS

Model	CW-6000
Voltage	AC220-240V	AC120V
Frequency	50Hz	60Hz
Power	1500W
Cooling capacity	3.2kw	3.5kw
Refrigerant	R410a
Noises	≤80dB
Water tank capacity	15L
Maximum flow	65L/min
Pump power	370W	600W
The main material	Iron, copper
Security	Compressor overcurrent protection flow alarm, overtemperature alarm

DEVICE ILLUSTRATION

Front View

Diagram showing the front of the CW-6000 Industrial Water Chiller. Key components labeled:

Master switch
Pressure gauge
Temperature controller
Lock
Air intake

Rear View

Diagram showing the rear of the CW-6000 Industrial Water Chiller. Key components labeled:

Cooling fan
Water supply inlet
Cooling water inlet
Waterline observation port
Alarm output terminal
Power outlets
Cooling water outlet
Drain spout
Spinner wheels

PROCEDURE

Installing this industrial chiller is very simple. Follow these steps for the first installation:

Package Check: Open the package to verify the machine is fixed and all necessary accessories are complete. [Box Icon]
Water Supply: Open the water supply inlet to add cooling water. Do not spill water. Observe the water level gauge and add water slowly, avoiding overflow. For cooling carbon steel equipment, add an appropriate amount of cooling water additive (anti-corrosion water aqua). In cold regions, use non-corrosive antifreeze. [Water Jug Icon]
Pipe Connection: Connect the inlet and outlet pipes according to system conditions. [Pipe Connection Icon]
Power Connection and Startup: Plug in the power supply and turn on the power switch. Do not start without water in the tank. [Power Plug Icon]
- Upon powering on, the circulating pump will start. Initial operation may produce bubbles, causing temporary alarms, which should normalize after a few minutes.
- After the first start-up, check the water pipes immediately for leakage.
- If the water temperature is lower than the set value after powering on, the fan and other components may not operate, which is normal.

The temperature controller will automatically manage compressor solenoid valves, fans, and other components based on set parameters.

Restarting the compressor and other components may take time (seconds to minutes) depending on conditions. Avoid frequent power cycling.

Water Level Check: The initial startup may cause air to drain, leading to a slight drop in water level. Add water to maintain the green (normal) range. Monitor and record the water level, checking again after a period of operation. If the level drops significantly, re-check for pipe leakage.
Parameter Adjustment: CW-5000/5200 series use intelligent thermostats. Adjustments are usually not necessary but refer to "Operating status and parameter tuning" if required.

DISPLAY PANEL AND BUTTONS

The display board shows six digits and nine status indicators (e.g., compressor, solenoid valve, electric heating, intelligent mode, constant temperature mode, parameter setting, alarm output, room temperature, start-up delay). The upper display shows normal water temperature, and the lower display shows the set water temperature.

Description of Display Symbols:

LIGHT	STATE	STATE	FUNCTION OR MEANING
Compressor indicator	Comp	bright	Compressor starts
		extinguish	The compressor is turned off
Refrigerant solenoid valve indicator	Solenoid valve	bright	The refrigerant solenoid valve is activated
		extinguish	The refrigerant solenoid valve is closed
Heating rod indicator	heating	bright	The heating rod starts
		extinguish	The heating rod is turned off
Intelligent control mode	INT ctrl	bright	The controller works in intelligent control mode
		extinguish	The controller works in non-intelligent control mode
Thermostatic mode	CT ctrl	bright	The controller works in thermostatic control mode
		extinguish	The controller operates in non-thermostatic control mode
Parameter setting mode	PARAM set	bright	The controller works in parameter setting mode
		extinguish	The controller operates in non-parametric mode
Alarm output mode	ALM output	bright	Alarm output status
		extinguish	Non-alarm output status
Displays the room temperature status	Room temp	bright	Displays the room temperature status
		extinguish	Displays a non-room temperature state
Boot delay status	ST delay	bright	The boot delay state is in
		extinguish	The device is in the non-boot delay state

KEY PRESS INSTRUCTIONS

DIGIT	KEYSTROKE	FUNCTION	DESCRIPTION OF THE OPERATION
1	SET+Enter	Manufacturer parameter adjustment	Press and hold the Enter key and the SET key. After three seconds, "99" will be displayed. Press the [Up Arrow] key to modify the factory password "XX". Press the SET key to enter menu settings to modify factory settings and parameters (F0-A11). Press Enter at any time to save modified parameters and exit. If no button is pressed within 20 seconds, the controller exits parameter setting state without saving. Incorrect password returns to temperature display.
2	▲ +SET	User parameter adjustments	Use [Arrow Keys] to change parameter value/item. Use [Enter Key] to save and exit. Press and hold the [Up Arrow] key, then press SET simultaneously for five seconds. The upper window displays "00", lower displays "PAS". Press [Up Arrow] to select the password, then SET. If correct, the lower window shows parameter item F0, upper shows its value, entering setting state. Incorrect password returns to temperature display. Use [Left/Right Arrow Keys] to change parameter item, [Up Arrow] to change value. Press Enter to save and exit. If no button pressed within 20 seconds, exits without saving. SET key is unresponsive during parameter setting.
3	▲ +	Quickly restore factory settings	When power is on and temperature is not set, press and hold the [Up Arrow] and [Enter] buttons simultaneously. "rE" will display after three seconds, restoring all set values to factory defaults. Returns to normal working state after 3 seconds.

MENU DESCRIPTION

CODE	SET UP THE PROJECT	RANGE	DEFAULT VALUE	REMARK
F0	Set the temperature	F9~F8/-20~40	25.0	Smart temperature control mode, constant temperature mode
F1	Temperature difference value	-15~5	-2
F2	Refrigeration regression	0.1~9.0	0.8
F3	Control mode	0~1	1	1 Smart, 0 Constant Temperature
F4	Water temperature super high alarm	1~80	10
F5	Water temperature ultra-low alarm	1~40	15
F6	Temperature super high alarm	40~50	45
F7	Password	00~99	06
F8	Maximum set water temperature	(F9+1)~50	30
F9	Minimum set water temperature	-30~(F8-1)	20

CODE	SET UP THE PROJECT	RANGE	DEFAULT VALUE	REMARK
A0	Heating back	0.1~5.0	0.5	minute
A1	Start-up alarm delay	0~30	5	minute
A2	Boot delay	10~300	15	second
A3	State transition delay	0~99	5	second
A4	Room temperature calibration	-10.0~10.0	0
A5	Water temperature temperature correction	-10.0~10.0	0
A6	System coefficient of inertia	0~40	08	The smaller the value, the more accurate it is
A7	Compressor start-up protection	0~300	30	second
A8	The electric heating rod controls the regression	-5.0~20.0	0.2	temperature<F0-A8 works, temperature>F0-A8 stops working
A9	The input signal is delayed	0~99	2	second
A10	The input signal is normally open and normally closed	NO/NC	NC	NO is normally open, NC is normally closed
A11	The solenoid valve opens with a delay	0-4.0	0	F0-A11 solenoid valve
A12	E6 function when alarming	0/1	0	0 is normal operation, 1 is the system stop
A13	The external alarm output is delayed in recovery	0~99	2	second
A14	The compressor starts the solenoid valve and closes it for a delayed time	0~30	0	second
A15	ER1-ER5 signal relay alarm status	0/1	0	1 output/0 no output

CONTROLLER WIRING DIAGRAM

Wiring diagram for the RY1001A controller. Terminals are labeled 1-12, including:

1: Water sensor
2: D
3: com
4: 220VAC
5: N
6: L
7: N
8: N
9: Alarm ccrn
10: Alarm ccrn
11: Alarm ccrn
12: Valve
Other labels: Heat, Sensor

Notice:

Strictly distinguish the wiring terminal of the relay, sensor, and power supply.
The wiring of sensor and power supply should be kept in a proper distance.

Note:

Strictly distinguish the wiring of power supply, relay output, and sensor; the relay should not be overloaded.
All wiring changes must be made with the power supply disconnected.
This controller is forbidden to be used in water or excessively humid environments, or in high temperatures, strong electromagnetic interference, and strong environments.
Ensure the power supply voltage is consistent with the voltage marked on the controller and that the power supply voltage is stable.

CONTROL THE OUTPUT FUNCTION

1. REFRIGERATION CONTROL:

CHILLER WORKING CONDITION	COMPRESSOR CONDITION	REFRIGERANT SOLENOID VALVE WORKING CONDITION	HEATING ROD WORKING CONDITION	REMARK
refrigeration	running	end	Stop it	100% full power refrigeration
One-stage micro refrigeration	running	Conduction	Stop it	40% power refrigeration
Two-stage micro-cooling	running	Conduction	initiate	20% power refrigeration, heating rod work
heating	Stop it	Conduction	initiate	No refrigeration, only heating

The chiller operates in four states controlled by the smart thermostat. Transition time between refrigeration and micro-cooling is 5-10 seconds, and can occur multiple times per minute. When heat load is on, the chiller works in these two conditions for precise cooling water temperature control (fluctuating around 0.3°C). When heat load is off, water temperature may overshoot downwards; the refrigeration compressor stops when the A0 set value is reached. A time difference exists between working condition changes and water temperature changes. Parameter A6 describes system inertia, allowing the controller to calculate action advances and reduce water temperature overshoot.

REFRIGERANT SOLENOID VALVE

When the compressor is working and temperature drops to or below the set value, the refrigerant solenoid valve turns on if its cut-off duration exceeds the state transition delay (A3). When temperature rises above the set value, the valve cuts off if its conduction duration exceeds the state transition delay (A3).
When the compressor stops running, the refrigerant solenoid valve turns on.
When the compressor starts, the refrigerant solenoid valve must be in the cut-off state.

ELECTRIC HEATING RODS

When water temperature drops below the set point, the electric heating rod activates. When water temperature rises above the set value, the electric heating rod deactivates.

2. WATER TEMPERATURE SETPOINT:

In constant temperature mode, the water temperature setting is fixed at F0. In smart mode, the water temperature setting varies.

SMART MODE SETPOINT

If (Room temperature + F1) < F9, the water temperature set value is F9.
If (Room temperature + F1) > F8, the water temperature setting value is F8.
If F9 ≤ (Room temperature + F1) ≤ F8, the water temperature setting value is (Room temperature + F1).

3. ALARM CODE AND CONTROL LOGIC:

CODE	CONTENT	ALARM CONDITIONS
Er1	The room temperature is too high	Room temperature > temperature ultra-high alarm value (F6 setting value)
Er2	The water temperature is too high	Water temperature > set temperature + refrigeration difference F2 + water temperature super high alarm F4
Er3	The water temperature is too low	Water temperature < set temperature - heating return difference A0 - water temperature ultra-low alarm F5
Er4	Room temperature sensor failure	Room temperature sensors are short-circuited or open-circuited
Er5	The water temperature sensor is faulty	The water temperature sensor is short-circuited or open-circuited
Er6	External input alarms	The external connection is lost

Er2 and Er3 are effective when water temperature is within the target range (between set temperature and set temperature + F2) after start-up delay (A1) or 30 seconds of forced cooling.

(1) THE CONTROL STATE WHEN THE ALARM IS GENERATED

Er3 alarm: Refrigeration and heating relays operate normally.
Er4 alarm: Water temperature setting (F0) reverts to factory setting (no alarm if in constant temperature mode).
Er5 alarm: System shutdown regardless of current state.

(2) ALARM STOP SOUND

Press any button to stop the alarm buzzer. The alarm display will remain until the condition is cleared.

(3) EXTERNAL INPUT ALARM:

If external input alarm signal and delay setting A9 are met, Er6 is displayed. System control is unaffected, but the alarm buzzer sounds.

(4) General Alarm Handling:

When Er1-Er6 alarms occur, the buzzer sounds. Pressing the silencer alarm key stops the buzzer. Alarm output, relays, and other faults reset automatically once removed.

1. KEY TONE

A short tone prompts each time a controller button is pressed.

2. POWER-ON ID

Upon powering on, the display flashes for 3 seconds with indicator lights and digital tubes. The buzzer enters normal logic operation state after the sound.

3. TEMPERATURE CORRECTION

For room and water temperature calibration, if displayed temperature deviates from actual, parameters A4 and A5 can be adjusted for correction.

4. POWER-ON PROCESSING

After the power-on delay (A2), the thermostat enters a 100% full-power cooling state for 25 seconds. It then controls the chiller based on actual air and water temperatures. This is the "Forced Refrigeration on Boot" function. If water temperature is higher than the setpoint-heating backdrop, the compressor does not need to stop during forced refrigeration, facilitating maintenance.

Manufacturer and Contact Information

Manufacturer: Shanghaimuxinmuyeyouxiangongsi

Address: Shuangchenglu 803nong11hao1602A-1609shi, baoshanqu, shanghai 200000 CN.

EC REP: E-CrossStu GmbH, Mainzer Landstr.69, 60329 Frankfurt am Main.

UK REP: YH CONSULTING LIMITED, C/O YH Consulting Limited Office 147, Centurion House, London Road, Staines-upon-Thames, Surrey, TW18 4AX

Imported to AUS: SIHAO PTY LTD., 1 ROKEVA STREETEASTWOOD NSW 2122 Australia

Imported to USA: Sanven Technology Ltd., Suite 250, 9166 Anaheim Place, Rancho Cucamonga, CA 91730

Models: CW-6000, CW-6000 Industrial Water Chiller, Industrial Chiller, Chiller, Water Chiller, CW-6000 Water Chiller, Industrial Water Chiller

File Info : application/pdf, 20 Pages, 502.53KB

工业冷水机CW6000说明书-20240105(20240422修改欧英代)（用于生产） 1714026095098

References

WPS 文字

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