TA-MC15, TA-MC15-C

IMI TA
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​​​​​​​ High performance proportional actuator – 34 lbf (150 N) / 45 lbf (200 N) High performance proportional actuators with automatic stroke adaptation which provide accurate modulating or 3-point control when used together with 2-way and 3-way control valves from IMI Hydronic Engineering.

Easy commissioning

Automatic measurement and adaptation to the valve lift as well as load-dependent end position switch-off which helps to reduce commissioning time and protect the valve and actuator from overloading.

Easy troubleshooting

Protected hand drive for a safe manual operation which enables easy troubleshooting.

Ease of service

The actuator housing cover is easy to remove (without screws). Parameters can be easily changed on site.

Technical description

Functions:

Modulating or 3-point control.

Supply voltage:

24 VAC/VDC ±10%
Frequency 50-60 Hz ±5%

Power consumption:

2.5 VA

Input signal:

0(2)-10 VDC, Ri ~20 kΩ.
Signal direction and starting point adjustable by micro switches.
3-point control.

Control speed:

11 in/min

Adjusting force:

TA-MC15: 33.7 lbf
TA-MC15-C: 45.0 lbf

Operation mode:

S1 100%ED

End position switch-off:

Load-dependent

Temperature:

Max. ambient temperature: 122°F
Min. ambient temperature: 32°F

Ingress protection:

IP40

Protection class:

(according to EN 60730)
24 V: III

Stroke:

Max. 0.35 in

Cable:

4.9 ft, with wire end sleeve.
24 V: 20 AWG (0.5 mm2)

Connection to valve:

Retainer nut M30x1,5 of brass.

Color:

Black body and red cover.

Marking:

IMI TA, CE, Article No, product name and technical specification.

Weight:

0.40 lb

Articles

TA-MC15

Supply voltage
Input signal
Adjusting
force [lbf]
Stroke max.
[in]
EAN
Article No
24 VAC/VDC
3-point, 0(2)-10 V
33.7
0.35
61-015-001

TA-MC15-C

Supply voltage
Input signal
Adjusting
force [lbf]
Stroke max.
[in]
EAN
Article No
24 VAC/VDC
3-point, 0(2)-10 V
45.0
0.236
3831112527799
61-015-011

Name Document Type Download All
TA-MC15.eps Drawings
TA-MC15.gif Drawings
TA-MC15.jpg Drawings
TA-MC15.DXF 2D3d
TA-MC15.STEP 2D3d

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