Basic data
Type

HB-100Z61

HB-140Z61

HB-160Z61

Temperature max.

100 °C

140 °C

160 °C

Circulating volume in unit (approx.)

1,4 L

Dimensions (height/width/depth)

→ Dimensions

510 mm / 190 mm / 793 mm

Weight max.

55 kg

59 kg

59 kg

Environment

Temperature

Relative humidity

5−40 °C

35–85 % RH(non-condensing)

Continuous sound pressure level

<70 dB(A)

Surface temperature
(back of the device )

>55 °C

Cleanroom capability

«At Rest» <ISO Classe 6 (Cl. 1 000)

«In Operation» ISO Classe 7 (Cl. 10 000)

Temperature measurement

resolution

Control accuracy

Tolerance

0,1 °C

±0,1 °C

±0,8 °C

Flow rate measurement

measuring range

resolution

Tolerance

0,4–60 L/min

0,1 L/min

± (5% of measured value + 0,1 L/min)

Pressure measurement

measuring range

resolution

Tolerance

0–20 bar

0,1 bar

±5 %of rated value

Pump pressure indicator

Tolerance

±10 %of rated value


Hydraulic data
Connection

HB-100Z61

HB-140Z61

HB-160Z61

Main line, Return line

Thread

Resistance (including external heat transfer circuit)

G3/4

20 bar, 120 °C

G3/4

20 bar, 160 °C

G3/4

20 bar, 180 °C

Cooling water

Pressure

Thread

Resistance

2–5 bar

G3/8

10 bar, 100 °C

Separate system water

Pressure

Thread

Resistance

2–5 bar

G1/4

10 bar, 100 °C

Compressed air (additional equipment ZG)

Pressure

Thread

Resistance

2–8 bar *

G1/4

10 bar, 100 °C

* Mould emptying is more efficient with higher compressed air

Electrical data
Residual current circuit-breakerWe recommend using a type B residual current circuit breaker (RCD), as the temperature control units are equipped with a frequency converter. Type A RCD are not suitable. The leakage current is max. 5 mA per unit.
Mains cable to unit

3LPE, 4 m(in standard)

H07RN-F/H07BQ-F (CE)

SO/SOW/SOOW (UL/CSA)

Cross-section

400/460 V, 8 kW: 4x2,5 mm2 (CE) / 4xAWG 12 (UL/CSA)

220 V, 8 kW: 4x6,0 mm2 (CE) / 4xAWG 10 (UL/CSA)

Network system

TN-System

A TN-System (network with grounded protective conductor) is common in Europe. The unit can be connected and operated with this network system without any measures.

High-Leg-Delta-System

A High-Leg-Delta-System, in which a midpoint is grounded between two phases, is common in Asia and North America. Starting with software-version SW61-1_2401, The unit can be connected and operated to this network system without any measures.

Corner-Grounded-Delta-System

A Corner-Grounded-Delta-System, in which one phase is grounded, is common in Asia and North America. Starting with software-version SW61-1_2401, The unit can be connected and operated to this network system without any measures.

IT-System

In an IT-System where there is no galvanic connection between active conductors and grounded parts , measures are required:

  • When connection to an IT-System, remove the IT screw at the inlet of the frequency inverter (Fig.). Otherwise, the leakage currents of the frequency converter may trigger the residual current circuit breaker.

operation without IT screws poses no safety risk, but EMC interference emissions can increase. Compliance with EMC limits is the responsibility of the operator.

Heating capacity

The heating capacity is valid at rated voltage (400 V, 460 V or 210 V) and varies by a maximum of ± 10% within the specified voltage range.

Mains voltagesee nameplate on the unit
Maximum fusing

see nameplate on the unit

Rated short circuit current

6 kA

Overvoltage category

II

Degree of contamination

2

Protection class

IP 44