An angled supply port facilitates the supply of circulating fluid, even when units are?stacked.? A?large digital display provides a clear view of the current and set values.? The dustproof filter is integrated with the grill of the front panel allowing mounting and removal of the HRS?
This is a legacy product. Please contact us for the latest version.sales@ocaire.com, HRS - NO SIZE RATING, OTHERS, HRS THERMO-CHILLERS, 2X, HRS - NO SIZE RATING, 94.79877 lb
An angled supply port facilitates the supply of circulating fluid, even when units are?stacked.? A?large digital display provides a clear view of the current and set values.? The dustproof filter is integrated with the grill of the front panel allowing mounting and removal of the HRS?
capacities: 1.3 kW, 1.7 kW (at 60Hz); Temperature range setting: 5 to 40°C; Temperature stability: ±0.1°C; Power supply requirement: single phase 100 VAC, 50/60Hz or 115 VAC, 60Hz; Standards: CE, UL, RoHS; Circulating fluid: Tap water or 15% ethylene glycol, 30% Dowcal™100, ControXic 1642, Hexid A4, Coolflow IGE, NALCO®CCL105; SMC recommends Bypass Piping Set HRS-BP001 for Models HRS-012, HRS018
capacities: 1.3 kW, 1.7 kW (at 60Hz); Temperature range setting: 5 to 40°C; Temperature stability: ±0.1°C; Power supply requirement: single phase 100 VAC, 50/60Hz or 115 VAC, 60Hz; Standards: CE, UL, RoHS; Circulating fluid: Tap water or 15% ethylene glycol, 30% Dowcal™100, ControXic 1642, Hexid A4, Coolflow IGE, NALCO®CCL105; SMC recommends Bypass Piping Set HRS-BP001 for Models HRS-012, HRS018
There are 3 basic methods of stopping an electric actuator using an LECP6/LECA6 series controller.
① By using the power supply connector EMG terminal (OFF/OFF)
② By using RESET (alarm reset and operation interruption)
③ By using HOLD (operation pause)
Of the 3 methods, ② and ③ are performed with the servo ON.
This is a legacy product. Please contact us for the latest version.sales@ocaire.com, THERMO CHILLER, AIR COOLED SPL, OTHERS, HRS THERMO-CHILLERS, 2X, HRS - NO SIZE RATING, 94.79877 lb
Fluid: compressed air, Noise reduction: 25-35 dB(A) or more, Maximum operating pressure: 1.0MPa, Effective area mm 2 (Cv): AN*00 35-960 (1.9-53); AN*02 35-90 (1.9-5.0); AN*03 10-60 (0.6-3.3), Ambient and fluid temperature: 5 - 60 C, SILENCER, AIRLINE EQUIPMENT, AN SILENCER, CB, AN 1/8INCH, .00661 lb, ModelEffective area mm2Sonic conductance C [dm3/(s?
Rack Mount Refrigeration Chiller, CHILLER, RACK MOUNT, REFRIGERATION TYPE, O72, 40.00000 lb
Rack Mount Refrigeration Chiller, CHILLER, RACK MOUNT, REFRIGERATION TYPE, O72, 40 lb
Cooling Capacity: 050 [Cooling Capacity: 4500/5000 W (50/60 Hz)], Pipe Thread: N (NPT with PT-NPT Conversion Fitting Set), Option: V (Stainless Steel Panel Specification)
Cooling Capacity: 030 [Cooling Capacity: 2500/2900 W (50/60 Hz)], Pipe Thread: N (NPT with PT-NPT Conversion Fitting Set), Option: JLV (J + L + V)
Cooling Capacity: 030 [Cooling Capacity: 2500/2900 W (50/60 Hz)], Pipe Thread: N (NPT with PT-NPT Conversion Fitting Set), Option: L (Large Capacity Tank Specification)
Cooling Capacity: 030 [Cooling Capacity: 2500/2900 W (50/60 Hz)], Pipe Thread: N (NPT with PT-NPT Conversion Fitting Set), Option: LTV (L + T + V)
Cooling Capacity: 050 [Cooling Capacity: 4500/5000 W (50/60 Hz)], Pipe Thread: N (NPT with PT-NPT Conversion Fitting Set), Option: LTV (L + T + V)
Cooling Capacity: 030 [Cooling Capacity: 2500/2900 W (50/60 Hz)], Pipe Thread: N (NPT with PT-NPT Conversion Fitting Set), Option: TV (T + V)
Cooling Capacity: 030 [Cooling Capacity: 2500/2900 W (50/60 Hz)], Pipe Thread: N (NPT with PT-NPT Conversion Fitting Set), Option: LV (L + V)
Cooling Capacity: 030 [Cooling Capacity: 2500/2900 W (50/60 Hz)], Pipe Thread: N (NPT with PT-NPT Conversion Fitting Set), Option: T (High-pressure Pump Mounted)
Cooling Capacity: 030 [Cooling Capacity: 2500/2900 W (50/60 Hz)], Pipe Thread: N (NPT with PT-NPT Conversion Fitting Set), Option: V (Stainless Steel Panel Specification)
Cooling Capacity: 050 [Cooling Capacity: 4500/5000 W (50/60 Hz)], Pipe Thread: N (NPT with PT-NPT Conversion Fitting Set), Option: LV (L + V)