SMC Networks HECR Series Manuale utente

RoHS

Air-cooled

Mountable in a 19-inch rack

Saves space by mounting multiple equipment

together in a rack.

Space saving design

with reduced height

±0.018 to 0.054°F

(0.01 to 0.03°C)

Temperature

stability

50 to 140°F

(10 to 60°C)

Set temperature

range

200 w

Cooling capacity

440 w (100 V input, 4.6 A)

Power

consumption

Energy

saving

Good space utilization

Height dimension

HEC002HECR

6.9 in

(176 mm)

15.5 in

(393 mm)

Peltier-Type Chiller

Thermo-con/

Rack Mount Type

Approx. 55% reduction

Series HECR CAT.NAS40-61A

Peltier-Type Chiller

Thermo-con/Rack Mount Type Series HECR

Simple operation

Heat source

Temperature sensor

This function adjusts the ﬂuid temperature

to the set value with an automatic offset

setting. Set the external temperature

sensor at the circulating ﬂuid inlet located

just in front of the heat source, which

allows the Thermo-con to sample the ﬂuid

temperature. This function is effective

when automatically adjusting for heat

exhaust from piping etc.

Less vibration and noise with no moving

parts such as a compressor.

Better space utilization with

reduced height and depth

compared to the current model

(HEC002).

If the external temperature sensor is installed directly on the heat source, the learning control

function may not work property due to large heat volume or large temperature difference. Be sure

to install the sensor at the circulating ﬂuid inlet.

Circulating ﬂuid volume can be checked.

qTurn the power ON.

wPress the SEL key, and adjust the temperature

setting with the keys.

ePress the RET key to complete.

Can precisely control the temperature of a heat source or process fluid.

Precisely control the temperature of the circulating fluid by using the Peltier device.

Refrigerant-free and environmentally friendly.

Air-cooled

Radiating method

Single-phase

100

240

VAC (Globally compatible power supplies)

Power supply

200

Coolingcapacity

600

Heating capacity

Learning control function

(Temperature control by external temperature sensor)

Low vibration,Low noise (49 dBA)

Volume ratio reduced by 36%

Drain pan

Drain pan is equipped to avoid any

risk of ﬂuidleakage over equipment

mounted in a lower rack.

Fluid ﬁll port

Fluid can be supplied

without removing the

product from the rack.

Power switch

Rack mounting

bracket

Floor type is also available. (Option)

The rack mounting brackets and the handles can be removed and

rubber feet can be mounted instead. (Refer to page 11 for details.)

6.9

[176]

15.5

[393]

inch

[mm]

HEC002

HECR

11.8 [300] 17.1 [436]

19.0 [484] 8.3 [210]

Peltier-Type Chiller

Thermo-con/Rack Mount Type Series HECR

Circulating fluid supply port

(Tank lid)

(Also used as a fluid discharge port.)

For the rack type, a flow switch (option) is mounted on the circulating fluid OUT side.

Flow switch (Option)

Circulating fluid

Tank

Temperature

sensor

Pump

Peltier device

(Thermo-module)

Fan

Power switch

Power supply &

Controller

Fan

Switching power supply

Controller

Circulating fluid

OUT

Heat exchanger

(Circulating fluid side)

Heat exchanger

(Cooling side)

Figure 1

Target of

temperature

control

Example of circulating fluid piping

Figure 2

Electron

hole flow

Fan

Electron

flow

Circulating fluid

Current Heat generation (heating)

Heat suction (cooling)

N P

DC power supply

Cooling

Electron

hole flow

Fan

Electron

flow

Circulating fluid

Current Heat suction (cooling)

Heat generation (heating)

N P

DC power supply

Heating

Principle of Peltier Device (Thermo-module)

Construction and Principles

The Thermo-con is constructed as shown in Figure 1. It interposes

a Peltier device (thermo-module) between the heat exchangers for

the circulating fluid and facility water and controls the DC power

supply to achieve the target outlet temperature of circulating fluid

precisely.

The circulating fluid returns to the tank, and is transferred by the

pump which is built in the Thermo-con, and goes through the heat

exchangers and temperature sensor and out from the circulating

fluid outlet.

Figure 2 shows an example of circulating fluid piping.The circulating

fluid is transferred at a constant temperature by the pump.

A Peltier device (thermo-module) is a plate type

element, inside which P-type semiconductors and

N-type semiconductors are located alternately. If direct

current is supplied to the Peltier device (thermo-mod-

ule), heat is transferred inside the device, and one face

generates heat and increases temperature while the

other face absorbs heat and decreases temperature.

Therefore, changing the direction of the current supplied

to the Peltier device (thermo-module) can achieve

heating and cooling operation. This method has a fast

response and can shift quickly between heating and

cooling, so temperature can be controlled very precisely.

Peltier-Type Chiller

Thermo-con/Rack Mount Type Series HECR

Laser machining

X-ray (digital) instrument

Laser marker

UV curing device

(printing, painting, bonding and sealing)

Electronic microscope

Ultra sonic wave inspection machine

Cooling of laser irradiated part

Temperature control of X-ray tube and

X-ray light sensing part

Cooling of laser irradiated part

Cooling of UV lamp

Temperature control

of electron-beam

irradiated part

Temperature

control of

ultrasonic wave

laser part

X-ray tube

Light sensing part

Application Examples

Series HECR

CONTENTS

 Thermo-con/Rack Mount Type Series HECR

Model Selection............................................................................................Page 5

How to Order/Specifications ........................................................................Page 7

Cooling Capacity .......................................................................................... Page 8

Heating Capacity..........................................................................................Page 8

Pump Capacity (Thermo-con Outlet)............................................................Page 8

Dimensions................................................................................................... Page 9

Operation Display Panel .............................................................................Page 10

Alarm .......................................................................................................... Page 10

Maintenance...............................................................................................Page 10

 Options

With Feet and No Rack Mounting Brackets................................................ Page 11

With Flow Switch ........................................................................................Page 11

 Optional Accessories

Power Supply Cable ...................................................................................Page 12

Specific Product Precautions......................................................................Page 13

Air-cooled

1. How much is the temperature in degrees centigrade for the circulating ﬂuid?

Thermo-con/Series HEC

For details, refer to the WEB catalog or the Best Pneumatics No. 7.

±0.018°F to 0.054°F

(±0.01°C to 0.03°C)

Circulating ﬂuids that can be used in the Thermo-con: Water, Ethylene glycol 20%

When using ﬂuorinated ﬂuids, select the water-cooled Thermo-con HEC series.

2. What kind of the circulating ﬂuids will be used?

Allows a safety factor of 20% over the capacity that is actually required, taking into account the changes in the operating

conditions. If a larger capacity than this Thermo-con is necessary, select the Peltier-type Thermo-con HEC series (refer to

the following.) or the refrigerated Thermo-chiller HRS/HRZ series.

3. How much cooling capacity required?

Guide to Model Selection

Cooling capacity = Considering a safety factor of 20%,

400 W x 1.2 = 480 W

Series HECR

Model Selection

Air-cooled Water-cooled

Example 1

When the heat generation amount in the user’s equipment is known.

Heat generation amount: 400 W

Temperature range which can be set with the Thermo-con: 50 to 140°F (10 to 60°C)

If a lower temperature (down to –4 °F [–20°C]) or higher temperature (up to 194°F [90°C]) than this range is necessary, select the

Thermo-chiller HRZ series.

• Cooling capacity: 140 Wto 1200 W

• Temperature stability:

High-precision temperature control type for semiconductor

manufacturing equipment, medical equipment, etc.

Circulating device

User’s

equipment

T2: Return temperature

T1: Outlet temperature

∆T = T2 – T1

Water bath

After 15 min, cool 30

C down to 20

°C.

20°C

Temperature [°C] Density ρ[kg/L] Speciﬁc heat C [J/(kg·K)]

10 1.03 3.93 x 103

20 1.03 3.95 x 103

30 1.02 3.97 x 103

40 1.02 3.98 x 103

50 1.01 4.00 x 103

60 1.01 4.02 x 103

Precautions on Model Selection

Guide to Model Selection

Circulating Fluid Typical Physical Property Values

Ethylene Glycol Solution 20%

Obtain the temperature difference between inlet and outlet by circulating the fluid inside the user’s equipment.

Heat generation amount Q

Circulating fluid temperature difference

∆T(=T2–T1)

Circulating fluid outlet temperature T1

Circulating fluid return temperature T2

Circulating fluid flow rate L

Circulating fluid

: Unknown

: 0.8°C (0.8 K)

: 25°C (298.15 K)

: 25.8°C (298.95 K)

: 3 L/min

: Water

Density γ: 1 x 103kg/m3

Specific heat C: 4.2 x 103J/(kg·K)

Q = ∆T x L x γx C

60 x 1000

0.8 x 3 x 1 x 103x 4.2 x 103

60 x 1000

= 167 W

200 W

Cooling capacity = Considering a safety factor of 20%,

167 W x 1.2 =

Water

Density γ: 1 x 103[kg/m3]Specific heat C: 4.2 x 103[J/(kg •K)]

Cooled substance total volume V

Cooling time h

Cooling temperature difference ∆T

Circulating fluid

Cooling capacity = Considering a safety factor of 20%,

93.3 W x 1.2 = 112 W

Q = ∆T x V x γx C

h x 60 x 1000

= 10 x 2 x 1 x 103x 4.2 x 103

15 x 60 x 1000

= 93.3 W

: 2 L

: 15 min

: Temperature difference: 10°C (10 K). Cool from 30°C (303 K) to 20°C (293 K).

: Water

Density γ: 1 x 103kg/m3

Specific heat C: 4.2 x 103J/(kg·K)

∗Refer to the information shown below for the typical

physical property values by circulating fluid.

Example 2

When the heat generation amount in the user’s equipment is not known.

Example 3

When cooling the object below a certain temperature in certain period of time.

Model Selection Series HECR

The flow rate of the circulating fluid depends on the pressure loss of the user’s equipment and the length, diameter and

resistance created by bends in the circulating fluid piping etc. Check if the required flow rate of circulating fluid can be obtained

before selecting.

Thermo-con/

Rack Mount Type

Series HECR

Nil None

EWith feet and no rack mounting brackets

FWith ﬂow switch

Nil Rc

NNPT thread

AAir-cooled

5100 to 240 VAC

002 200 W

HECR 002 5A

Cooling capacity

Radiating method

Power supply

Option

Pipe thread type

How to Order

Speciﬁcations

Model HECR002-A

Cooling method Thermoelectric device (Thermo-module)

Radiating method Forced air cooling

Control method Cooling/Heating automatic shift PID control

Ambient temperature/humidity 50 to 95°F (10 to 35°C), 35 to 80%RH (No condensation)

Circulating ﬂuid system

Circulating ﬂuid Water, Ethylene glycol 20%

Set temperature range 50 to 140° [10 to 60°C] (No condensation)

Cooling capacity 200 W (Water) Note 1)

Heating capacity 600 W (Water) Note 1)

Temperature stability Note 2) ±0.018 to 0.054 (±0.01 to 0.03°C)

Pump capacity Refer to the performance charts. (Page 8)

Tank capacity Approx. 0.34 gal (1.3 L)

Port size Rc1/4

Wetted parts material Stainless steel, EPDM, Ceramics, PPE, Carbon, PP, PE

Electrical system

Power supply Single-phase 100 to 240 VAC ±10%, 50/60 Hz

Overcurrent protector 10 A

Current consumption 5 A (100 V) to 2.5 A (240 V)

Power consumption 440 W Note 1)

Alarm Refer to “Alarm.” (Page 10)

Communications RS232C/RS-485

Weight Approx. 14 kg

Accessories Power supply connector, Operation Manual

Power supply cable should be ordered as an option (sold separately) or prepared by the user.

Safety standards CE marking, UL (NRTL) standards

Air-cooled

Note 1) Conditions: Set temperature 77°F (25°C), Ambient temperature 77°F (25°C), Circulating flow rate 0.8 gal/min (3 L/min)

Note 2) The indicated values are with a stable load without turbulence in the operating conditions. It may be out of this range in some other operating conditions.

Model Selection Series HECR

800

700

600

500

400

300

200

100

0050

[1]

[20]

[30]

104

[40]

122

[50]

140

[60]

158

[70]

Circulating fluid temperature °F [°C]

Cooling capacity [W]

Circulating fluid: Water

Ambient temperature 59°F (15°C)

Ambient temperature 77°F (25°C)

Ambient temperature 95°F (35°F)

800

700

600

500

400

300

200

100

Circulating fluid temperature °F [°C]

Cooling capacity [W]

Circulating fluid: Ethylene glycol 20%

Ambient temperature 77°F (25°C)

Heating capacity [W]

1000

900

800

700

600

500

400

300

200

100

Circulating fluid: Water

Ambient temperature 59°F (15°C)

Ambient temperature 95°F (35°F)

Heating capacity [W]

1000

900

800

700

600

500

400

300

200

100

Circulating fluid: Ethylene glycol 20%

Ambient temperature 77°F (25°C)

Circulating fluid: Water, Ethylene glycol

Circulating fluid flow rate gal/min [L/min]

Discharge pressure psi [MPa]

0.015

[0.10]

0.011

[0.08]

00 0.26 [1] 0.5 [2] 0.8 [3] 1.05 [4]

Ethylene glycol 20%

Water

Cooling Capacity

Pump Capacity (Thermo-con Outlet)

Heating Capacity

[1]

[20]

[30]

104

[40]

122

[50]

140

[60]

158

[70]

[1]

[20]

[30]

104

[40]

122

[50]

140

[60]

158

[70]

[1]

[20]

[30]

104

[40]

122

[50]

140

[60]

158

[70]

0.009

[0.06]

0.006

[0.04]

0.003

[0.02]

Ambient temperature 77°F (25°C)

N L

321

9Connection diagram of

resistance temperature sensor

8765432

1.5 [38]

5.5 [139.7]

6.9 [176]

5.3 [134]

19.0 [484]

18.7 [474]

0.4

[10]

15.8 [403]

1.9

[49]

9.8

[250]

1.5

[38]

17.6 [447]

1.5 [38]

5.5 [139.7]

0.8 [21]

4.2 [107]

Air

1.1 [27]

1.6 [40]

10.6

[270]

12.1 [309]

13.3 [339]

0.8 [20]

4.9 [126]

5.7 [146]

0.47 [12]

2.6 [68]

4.6 [118]

5.6 [144]

5.1 [131]

2.7

[69]

4.1

[104]

9.5

[242]

10.6 [269]

16.9 [430] 1.06 [27]

Caution label/Electricity

Warning/Caution label

11.8 [300]

(0.43 [11])

(1.3 [33])

Fluid fill port

Ventilation hole (air outlet)

Model no. label

External temperature sensor connector

Alarm output connector

Communication connector

Label

Power supply connector

Ventilation hole (air outlet)

0.27 [7]

0.39 [10]

Ventilation hole (air inlet)

Circulating fluid level gauge

Label

Display/Operation panel

Ventilation hole (air inlet) Power switch

Handle (for carrying the product)

Tank lid (with gasket)

Handle (for installing/removing the product to/from the rack)

Circulating fluid inlet

(Circulating fluid drain port)

Rc1/4

Circulating fluid outlet

Rc1/4

Dimensions

HECR002-A5

1. Power supply connector

IEC60320 C14 (or equivalent)

2. Communication connector

D-sub 9 pin (socket)

Holding screw: M2.6

External temperature sensor connector/Alarm output connector

D-sub 15 pin (socket)

Holding screw: M2.6

Pin no.

Signal contents

N100-240 VAC

L100-240 VAC

EPE

Pin no.

Signal contents

RS-232C RS-485

1Unused BUS+

2RD Unused

3SD Unused

4Unused Unused

5SG SG

6-8 Unused Unused

9Unused BUS–

Pin no.

Signal contents

1-2 Unused

3Terminal A of resistance temperature detector

4Terminal B of resistance temperature detector

5Terminal B of resistance temperature detector

6Contact a for output cutoff alarm

(open when alarm occurs)

7Common for output cutoff alarm

8Contact b for output cutoff alarm

(closed when alarm occurs)

9Contact a for upper/lower temp. limit alarm

(open when alarm occurs)

10 Common for upper/lower temp. limit alarm

11 Contact b for upper/lower temp. limit alarm

(closed when alarm occurs)

12-14

Unused

15 FG

Series HECR

Unit: in [mm]

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