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Dehumidifier RECUSORB RZ-081/101/102 • Washable rotor • No desiccant carry-over • Ideal for storage applications Rotor • Built-in heat recovery • Low dry air temperature • Long lifetime Contains the SSCR rotor - one step ahead in adsorption technology Heater Dry air Process fan Regen. fan Wet air Process air Rotor motor Regen. air RZ-101 RZ-081 19 - 50 kg/h Dehumidifying capacity at 20°C / 60%RH 2800 - 7000 m 3 /h Dry air flow

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Page 1: RZGB4F

Dehumidifi er RECUSORB RZ-081/101/102

• Washable rotor

• No desiccant carry-over

• Ideal for storage applications

Rotor

• Built-in heat recovery

• Low dry air temperature

• Long lifetime

Conta

ins th

e SSCR ro

tor -

one

step

ahea

d in

adso

rptio

n te

chno

logy

Heater

Dry air

Process fan

Regen. fan

Wet air

Process air

Rotor motor

Regen. air

RZ-101

RZ-081

19 - 50 kg/hDehumidifying capacityat 20°C / 60%RH

2800 - 7000 m3/hDry air fl ow

Page 2: RZGB4F

100% RH

60

Seibu Giken DST ABAvestag. 33, S-163 53 Spånga, Swedenwww.dst-sg.com E-mail: [email protected]: +46-8 4457720; fax: +46-8 4457739

Dimensions forRZ- 081 101 102

A 1800 2100 2200B 950 1340 1250

C 1550 1850 1940D 400 500 630

E 250 400 500F 200 315 400

G 160 250 315

[mm]

80

CO

RR

ECTI

ON

DIA

GR

AM

DIM

ENSI

ON

STE

CH

NIC

AL

DAT

A

The dehumidifying capacity is estimated as the nominal capacity from above, multiplied by factor K from the correction diagram.

The temperature of the dry air at nominal air fl ows is calculated by:

tout = tin + ( K x 14 ) + 5

GB

05.

03

Representative:

Subject to change without notice.

Dry airout ØE

Process air in ØD

Regen. air in ØF

Wet air out ØG

* Valid for inlet conditions 20°C/ 60%RH. For oth er inlet conditions the capa ci ty can be calculated by using the correction factor from the di a gram shown below.

** Volume fl ow for density 1,20 kg/m3 .

*** Available with electric heater, steam heater or gas heater.

Dehumidifi er model RZ-081 RZ-101 RZ-102Nominal capacity * [kg/h] .......................... . 19 ............... 30 ............ 50Dry air fl ow** [m3/h] ............................. . 2800 ........... 4500 ........ 7000Static pressure at disposal [Pa] ...............400 ............. 400 .......... 400Wet air fl ow ** [m3/h] ..............................1000 ........... 1800 ........ 2500Static pressure at disposal [Pa] ...............200 ............. 200 .......... 200Heater power*** [kW] ..............................24 ............... 40 ............ 63Maximum electric consumption [kW] .........27 ............... 44 ............ 70 Supply fuse 3 x 230 / 400 V 50 Hz [A] ... .80/50 .......... 125/80 .... 250/125

Weight [kg] ............................................294 ............. 380 .......... 503