Ilmastikukindel ajam

Directly used outdoors without additional protection

Applicable for part-turn Valve

IP68

Movement Direction

Part-turn
Damper
0 - 90° | 0 - 360°

Pöördemoment/tööaeg

20 - 2500Nm
4S - 75S

Tollikohustuse liik

Moduleerimine
Sammhaaval liikumine - positsioneerimine
On - Off

Toitepinge

Alalisvool 24 V
AC24V
AC110V
AC220V
Vahelduvvool 380 V

Sisend-/väljundsignaal

4–20 mA
0–10 V
IO-liides
Operational with fieldbus
Modbus-RTU
Modbus-ASCII
CAN
Ethernet

Lisavalikud

Over-torque Protection
Tõrkekindel tagastamine
Niiskuse eemaldamine
Diagnosis

Tollikohustuse liik

Moduleerimine

The actuator read the target position value from control system through 4-20mA, 2-10V or field bus such as modbus, ethernet and etc.

Then actuator drive the valve to the target position with interior control algorithm.

The actuator will always output the real-time valve position through 4-20mA, 2-10V or field bus.

Operated in type of duty S4, the actuator can starts 1200 times per hour.

On - Off

The actuator read the open or close requirement from control system through IO interface such as passive signal or 24VDC/220VAC active signal.

Then actuator drive the valve to the end-position of OPEN or CLOSE as input signal required.

The actuator will output a feedback signal of OPEN or CLOSE when end-position been reached.

Operated in type of duty S2, the actuator can drive valve continuously for 15 minutes.

Sammhaaval liikumine - positsioneerimine

The actuator read the inching OPEN or CLOSE signal from control system through IO interface inputted with 24VDC/220VAC active signal.

Then actuator drive the valve with a stepping way specified by the input inching signal.

The actuator will always output the real-time valve position as a potentiometer resistance value or 4-20mA/2-10V value.

Operated in type of duty S2, the actuator can drive valve continuously for 15 minutes.

Features

Fully Capsulated Control Unit

The control unit is fully encapsulated with polyurethane. This greatly enhanced proof performance against moisture, condensation, salt and vibration. So it is applicable in harsh environments such as high humidity, dust, strong temperature changing, vibration, etc.

With 6kV EFT and surge protection circuit, the stable control to the valve can be ensured even in worst electromagnetic environment.

By self-adjustment algorithm, the actuator can keep the precision against different loads conditions and mechanical wear by time.

Easy-to-use Limit Switch

With DCL’s patented limit switch design, the actuator’s end position of open and close can be easily configured only with a hexagonal wrench.

In the meantime the micro adjustment feature of limit switch can improve the precision when setting the end-position.

Patent No. ZL 201020214725.8

Motor with Over Temperature Protection

DCL specially design the motor to fit the actuator requirement so that the motor in DCL actuator can supply a high start torque while maintain a high efficiency in the start phase to make the temperature rise as low as possible. In the meantime the motor have a small moment of inertia to make sure the high precision in modulation.

There is an over temperature protection device mounted in the motor which will cut the power supply when the motor temperature goes higher then the limited temperature(105℃/85℃ can be selected up on the application scenario) and connect the power supply again when the temperature recovered below the Normal temperature.

Dual Position Limiter

There are 2 position limit devices to protect valve from damage by operation over swing angle.

Electric limit switch are mounted on the both end-position of OPEN and CLOSE. So the power supply to motor will be cut off to stop driving the valve after limited end-position was reached.

Also there are 2 mechanical limiters mounted on the output shaft to protect the valve from swing over stroke range. The mechanical limiter will not take effect in normal operation cause the electric limit switch is ahead of the mechanical limiter and will be triggered before the output shaft can reach the mechanical limited positon.

Lisavalikud

Over-torque Protection

When the valve is stuck by some reason such as solid impurities in the liquid or malfunction on some mechanical parts, the torque on output shaft of actuator will increased sharply beyond the limit torque value when driving the valve, then the actuator would trig an over torque protection to stop driving the valve in order to protect the valve from damage.

Dehumidifying

You can choose a dehumidifying option on DCL actuator. Then a electric PTC heater will be mounted in the actuator to reduce humidity to protect circuit from malfunction in high range of temperature changing circumstance due to condensation.

The PTC heater will be in working mode as long as power is supplied to actuator.

Circuit Diagram

Moduleerimine

E - Modulating with a control unit

Input: 4~20mA / 0~10V
Output: 4~20mA / 0~10V
Field Bus：Modbus / CAN
IIot：WIFI/LoRA/4G DTU

Inching and positioning

F - With a positioning unit

Control actuator to open or close with K
The real-time valve position will be send out as a 4-20mA signal

C - With a 1KΩ/500Ω potentiometer

Control actuator to open or close with K
The real-time valve position will be send out as a potentiometer resistance value

D - With a potentiometer and end-position feedback

Control actuator to open or close with K
The real-time valve position will be send out as a potentiometer resistance value
The output terminal of end-position OPEN/CLOSE will send out the event as a passive signal form when the end-position was reached.

SEES - VÄLJAS

A - With 2 active end-position signal outputs

Control actuator to open or close with K
The output terminal of end-position OPEN/CLOSE will send out the event as a 220VAC active signal form when the end-position was reached.

B - With 2 passive end-position switches

Control actuator to open or close with K
The output terminal of end-position OPEN/CLOSE will send out the event as a passive signal form when the end-position was reached.

G - DC motor with 2 end-position switches

Control actuator to open or close by the supply power direction between the terminal 1 and 2
The output terminal of end-position OPEN/CLOSE will send out the event as a passive signal form when the end-position was reached.

H - 3 phase 380VAC motor with 2 end-position switches

Control actuator to open or close by an external inverter to change the phase of supply power.
The output terminal of end-position OPEN/CLOSE will send out the event as a passive signal form when the end-position was reached.

Note：

The circuit inside the dashed box is the internal circuit of actuator. While the circuit outside is a demonstration of electrical connection for using actuator.
If you have other specific requirements about connecting circuit, please feel free to contact our technical support.

Basic Parameters

Mudel	Pöördenurk	Pöördemoment/tööaeg	Tolli tüüp	Toitepinge	Sisend-/väljundsignaal	Lisavalikud
DCL-05	0–360°	50 Nm/20 s Valikuline koos 20 Nm/4 s 30 Nm/10 s 50 Nm/60s	SEES - VÄLJAS Moduleerimine Sammhaaval liikumine - positsioneerimine	Alalisvool 24 V AC24V AC110V AC220V Vahelduvvool 380 V	4–20 mA 0–10 V IO-liides Valikuline koos välibussiga Modbus-RTU Modbus-ASCII CAN Ethernet	Ülemomendi kaitse Tõrkekindel tagastamine Niiskuse eemaldamine Välibuss
DCL-10	0–360°	100 Nm/30 s Valikuline koos 20 Nm/4 s 30 Nm/10 s 50 Nm/60s	SEES - VÄLJAS Moduleerimine Sammhaaval liikumine - positsioneerimine	Alalisvool 24 V AC24V AC110V AC220V Vahelduvvool 380 V	4–20 mA 0–10 V IO-liides Valikuline koos välibussiga Modbus-RTU Modbus-ASCII CAN Ethernet	Ülemomendi kaitse Tõrkekindel tagastamine Niiskuse eemaldamine Välibuss
DCL-20	0–90°	200 Nm/30 s Valikuline koos 100 Nm/15 s 200 Nm/60s	SEES - VÄLJAS Moduleerimine Sammhaaval liikumine - positsioneerimine	Alalisvool 24 V AC24V AC110V AC220V Vahelduvvool 380 V	4–20 mA 0–10 V IO-liides Valikuline koos välibussiga Modbus-RTU Modbus-ASCII CAN Ethernet	Ülemomendi kaitse Tõrkekindel tagastamine Niiskuse eemaldamine Välibuss
DCL-40	0–90°	400 Nm/30 s Valikuline koos 200 Nm/15 s 400 Nm/60s	SEES - VÄLJAS Moduleerimine Sammhaaval liikumine - positsioneerimine	Alalisvool 24 V AC24V AC110V AC220V Vahelduvvool 380 V	4–20 mA 0–10 V IO-liides Valikuline koos välibussiga Modbus-RTU Modbus-ASCII CAN Ethernet	Ülemomendi kaitse Tõrkekindel tagastamine Niiskuse eemaldamine Välibuss
DCL-60	0–90°	600 Nm/45 s	SEES - VÄLJAS Moduleerimine Sammhaaval liikumine - positsioneerimine	Alalisvool 24 V AC24V AC110V AC220V Vahelduvvool 380 V	4–20 mA 0–10 V IO-liides Valikuline koos välibussiga Modbus-RTU Modbus-ASCII CAN Ethernet	Ülemomendi kaitse Tõrkekindel tagastamine Niiskuse eemaldamine Välibuss
DCL-100	0–90°	1000 Nm/30 s Valikuline koos 500 Nm/15 s	SEES - VÄLJAS Moduleerimine Sammhaaval liikumine - positsioneerimine	AC110V AC220V Vahelduvvool 380 V	4–20 mA 0–10 V IO-liides Valikuline koos välibussiga Modbus-RTU Modbus-ASCII CAN Ethernet	Ülemomendi kaitse Tõrkekindel tagastamine Niiskuse eemaldamine Välibuss
DCL-160	0–90°	1600 Nm/48 s	SEES - VÄLJAS Moduleerimine Sammhaaval liikumine - positsioneerimine	AC110V AC220V Vahelduvvool 380 V	4–20 mA 0–10 V IO-liides Valikuline koos välibussiga Modbus-RTU Modbus-ASCII CAN Ethernet	Ülemomendi kaitse Tõrkekindel tagastamine Niiskuse eemaldamine Välibuss
DCL-250	0–90°	2500 Nm/75 s	SEES - VÄLJAS Moduleerimine Sammhaaval liikumine - positsioneerimine	AC110V AC220V Vahelduvvool 380 V	4–20 mA 0–10 V IO-liides Valikuline koos välibussiga Modbus-RTU Modbus-ASCII CAN Ethernet	Ülemomendi kaitse Tõrkekindel tagastamine Niiskuse eemaldamine Välibuss

Soovitatav ajamit liblikventiili juhtimiseks

Liblikventiil (rõhk ≤ PN1.0MPa)	Pöördemoment (Nm)	Ilmastikukindel ajam
DN50~65	50	DCL-05
DN80~100	100	DCL-10
DN125~150	200	DCL-20
DN200	400	DCL-40
DN250	600	DCL-60
DN300	1000	DCL-100
DN350~400	1600	DCL-160
DN450~600	2500	DCL-250

Soovitatav ajamit kuulventiili juhtimiseks

Kuulventiil (rõhk ≤ PN1.6MPa)	Pöördemoment (Nm)	Ilmastikukindel ajam
DN40	50	DCL-05
DN50~65	100	DCL-10
DN80~100	200	DCL-20
DN125	400	DCL-40
DN150	600	DCL-60
DN200	1000	DCL-100
DN250	1600	DCL-160
DN300~350	2500	DCL-250

Soovitatav ajamit ventilatsiooniventiili juhtimiseks

Ventilatsiooniventiil (rõhk ≤ PN0,1 MPa)	Pöördemoment (Nm)	Ilmastikukindel ajam
DN50-80	50	DCL-05
DN100-200	100	DCL-10
DN250-300	200	DCL-20
DN350-450	400	DCL-40
DN500-600	600	DCL-60
DN700-800	1000	DCL-100
DN900	1600	DCL-160
DN1000-1200	2500	DCL-250

Soovitatav on ventiili juhtida ilmastikukindla DCL-ajamiga

Mudel	Pöördemoment (Nm)	Liblikventiil (≤ PN1.0MPa)	Kuulventiil (≤ PN1.6MPa)	Ventilatsiooniventiil (≤ PN0.1MPa)
DCL-05	50	DN50~65	DN40	DN50~80
DCL-10	100	DN80~100	DN50~65	DN100~200
DCL-20	200	DN125~150	DN80~100	DN250~300
DCL-40	400	DN200	DN125	DN350~450
DCL-60	600	DN250	DN150	DN500~600
DCL-100	1000	DN300	DN200	DN700~800
DCL-160	1600	DN350~400	DN250	DN900
DCL-250	2500	DN450~600	DN300~350	DN1000~1200

Märkus: Ülaltoodud tabelis olevad soovitused on ainult viitamiseks tavalise rakenduse korral, ventiili liigutamiseks vajalik pöördemoment sõltub tegelikust rakendusest.

Soovitatav on valida ajam, mille pöördemoment on 1,1–1,3 korda suurem kui väärtus, mis määrati pärast klapi pöördemomendi vajaduse ja torus oleva vedeliku rõhu hindamist. See parandaks töökindlust ka halvimal juhul.