Bộ phá mẫu phân tích COD 8 vị trí và 25 vị trí ECO 8 và ECO 25- Thermoreactors for COD Analysis - ECO 8 and ECO 25

Bộ phá mẫu phân tích COD 8 vị trí và 25 vị trí ECO 8 và ECO 25- Thermoreactors for COD Analysis - ECO 8 and ECO 25

Hãng sản xuất: Velp- Ý

8- and 25-position thermoreactors for Chemical Oxygen Demand (COD) with settable temperature (70, 100, 120, 150, 160 °C) and operating time (30, 60, 120 minutes or continuous).
Thông số kĩ thuật:

GENERAL FEATURES
Construction material:	Epoxy painted metal structure
Models:	ECO 8 8 pos. (Ø16 mm) + 1 pos. (Ø22 mm) ECO 25 25 pos. (Ø16 mm)
Set temperature:	display visualization
Countdown:	display visualization
End of the cycle:	acoustic signal with automatic switch-off
Power:	ECO 8 140 W ECO 25 400 W
Weight:	ECO 8 2 Kg (4.4 lb) ECO 25 3.8 Kg (8.4 Ib)
Dimensions (WxHxD):	ECO 8 135x95x230 mm (5.3x3.7x9.1 in) ECO 25 155x95x275 mm (6.1x3.7x10.8 in)

PERFORMANCE
Selectable working temperatures:	70, 100, 120, 150 and 160
Selectable working times:	30, 60, 120 or continuous

HEATING BLOCK TECHNICAL DATA
Temperature stability:	± 0.5 °C
Temperature homogeneity:	± 0.5 °C
Temperature precision:	± 1 °C
Overtemperature safety

SIGNALS
Reaching of set temperature:	acoustic and visual signal
Countdown:	visual signal
End of cycle:	acoustic and visual signal
Probe interruption:	acoustic and visual signal
Broken probe:	acoustic and visual signal
Exceed temperature range:	acoustic and visual signal

Product Code

Description	Power Supply	Code
ECO 8	115 V and 230 V / 50–60 Hz	F101A0127
ECO 25	115 V and 230 V / 50–60 Hz	F101A0125

Accessories



CM0091680Set of 20 glass test tubes with internal Ø 14 mm and external Ø 16 mm	CA0091636Holder for 12 round glass cells	A00001039ECO 25 Test tube extractor	CA0091666ECO 8 only - Test tube for sample decomposition Ø 22mm, NS 19/26 cone with glass cap for sludge analysis	CA0091667ECO 8 only - Condenser 200 mm type KS with 3-meter polythylene tube for sludge analysis



10000002ECO 8 only - Absorption attachment for condenser NS 29/32 for sludge analysis