Leadfluid BT100F Intelligent Dispensing Peristaltic Pump (0.16-720mL/min, 1 CH)

Name: Leadfluid BT100F Intelligent Dispensing Peristaltic Pump (0.16-720mL/min, 1 CH)
Brand: Leadfluid
Price: 1455.6000000000001 USD
Availability: OutOfStock

ManufacturerLeadfluid(View more products from this manufacturer)

ModelBT100F

P/NBT100F(YT25)

OriginChina

Warranty12 months

USD 1,455.60

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Flow range: 0.16-720 mL/min

Speed range: 0.1-150 rpm

Speed resolution: 0.1 rpm

Speed accuracy: 0.2%

Power supply: AC 100-240V, 50Hz/60Hz

Power consumption: <40W

External logic level control signal: 5V, 12V (standard), 24V (optional)

External analog control signal: 0-5V (standard), 0-10v, 4-20mA (optional)

Communication interface: MODBUS RS485

Operating condition: Temperature 0-40°C; Relative humidity <80%

IP grade: IP31

Dimensions (L x W x H): 226 x 150 x 238 mm (8.90 x 5.91 x 9.37 inch)

Weight: 4.8 kg ( 10.6 lbs)

BT100F Suitable Pump Heads and Tubing, Flow parameters

Drive type	Pump head	Ch	Tubing size (mm)	Flow rate per channel (mL/min)
BT100F	DG6-1 (6rollers)	1	Wall:0.8~1, ID:≤3.17	0.0002-49
	DG10-1(10rollers)	1	Wall:0.8~1, ID:≤3.17	0.0001-41
	DG6-2 (6rollers)	2	Wall:0.8~1, ID:≤3.17	0.0002-49
	DG10-2 (10rollers)	2	Wall:0.8~1, ID:≤3.17	0.0001-41
	DG6-4 (6rollers)	4	Wall:0.8~1, ID:≤3.17	0.0002-49
	DG10-4 (10rollers)	4	Wall:0.8~1, ID:≤3.17	0.0001-41
	DT10-18	1	13# 14# , Wall:0.8~1, ID:≤3.17	0.0002-82
	DT10-28	2	13# 14# , Wall:0.8~1, ID:≤3.17	0.0002-82
	DT10-48	4	13# 14# , Wall:0.8~1, ID:≤3.17	0.0002-82
	YZ15	1	13# 14# 16# 19# 25# 17#18#	0.006-570
	YZ25	1	15# 24#	0.16-420
	2 x YZ15	2	13# 14# 16# 19# 25# 17#18#	0.006-570
	2 x YZ25	2	15# 24#	0.16-420
	YT15	1	13# 14# 16# 19# 25# 17# 18#	0.006-570
	YT25	1	15# 24# 35# 36#	0.17-720
	2 x YT15	2	13# 14# 16# 19# 25# 17# 18#	0.006-570
	2 x YT25	2	15# 24# 35# 36#	0.17-720
	DT15-14	1	16# 19# 25# 17#	0.07-560
	DT15-24	2	16# 19# 25# 17#	0.07-560
	DT15-44	4	16# 19# 25#	0.07-330

Above flow parameters are obtained by using silicone tube to transfer pure water under normal temperature and pressure, in actually it is effected by specific factors such as pressure, medium, etc. Above for reference only.

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