Solution Image

STX140-SA

SPECIFICATIONS

  STX140-ICSA STX140-HCSA STX140-DC2SA STX140-HRSA STX140-DR2SA STX140-ARSA STX140-DFSA STX140-NCSA
Application   Incubator Humid Cooling Dry Storage Humid Wide Range Dry Wide Range Humidity Controlled Deep Freezer No Climate
Temperatue Range (HT) °C 33.50 (70) 04..25 04..25 04..50 (70) 04..50 04..50 -20..0 -
Temperature Stability °C +/- 0.2 +/- 0.5 +/- 1 +/- 1.5 +/- 0.3 +/- 0.3 +/- 0.3 +/- 0.3
Relative Humidity % max. 95 max. 90 04..50 90..95 02..50 10..95 02..45 -
Communication   RS232 V24, 9600 Baud, ASCII
User Software OS Win32 / Windows NT / Windows2000
Facility Requirements   100V / 50Hz; 115V / 60Hz; 230V / 50Hz; switchable
Power Consumption W 450 400 400 700 500 500 500 500
Package Specifications

Weights and Dimensions

Unit incl.
Cassettes
Net Weight Tare Gross weight Package Dimensions, cm
(LxWxH)
STX140-ICSA 5 122 kg 64 kg 186 kg Crate 65 x 98 x 154
STX140-HCSA 5 150 kg 64 kg 214 kg Crate 65 x 98 x 154
STX140-DC2SA 5 150 kg 64 kg 214 kg Crate 65 x 98 x 145
STX140-HRSA 5 150 kg 64 kg 214 kg Crate 65 x 98 x 154
STX140-DR2SA 5 178 kg 64 kg 242 kg Crate 65 x 98 x 154
STX140-ARSA 5 178 kg 64 kg 242 kg Crate 65 x 98 x 154
STX140-DFSA 5 178 kg 64 kg 242 kg Crate 65 x 98 x 154
STX140-NCSA 5 178 kg 64 kg 242 kg Crate 65 x 98 x 154
Handling Specifications

Mean Access Time: 17.2 sec

Mean Load Time: 18.7 sec

Mean Unload Time: 25.7 sec

Installation Specifications
Airflow STX SA
  STX110-HCSA STX110-DCSA STX110-HRSA STX110-DFSA
mass flow for 50 Hz / 60 Hz AC main power
in cubic meters per hour 450 / 525 m3/h 450 / 525 m3/h 450 / 525 m3/h 925 / 1030 m3/h
in cubic feet per minute 265 / 309 cfm 265 / 309 cfm 265 / 309 cfm 544 / 606 cfm
STX Distances
  B > mm D > mm F > mm G > mm T > mm
STX44-BT 100 ~ 500 100 0 0 1)
  1. Encounter clearance for service accessibility on BT models

IC models do not require distances "F" and "B"

STX110-SA Distances
  L > mm R > mm
STX44 BT / SA 10 1) 10
  1. Recommended for better accessibility

Minimum distances to the sidewalls of the units must be maintained in order to allow accessibility to main user door and in order to avoid the main user door to interfere.

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