3767 Sample Manager (Injector/ Collector)
Access sample injection and collection positions more easily
The Waters 3767 Sample Manager (Injector/ Collector) is a high-capacity sample processing system that easily and automatically manages concurrent sample injection, collection of peak fractions, and fraction analysis on a single HPLC or LC-MS platform.
Intended for applications involving preparative scale purifications, the 3767 Sample Manager is controlled by Waters MassLynx Software and compatible with the LC Prep AutoPurification System and the SFC Prep 150 AP System.
Specifications
Sample capacity: |
Injection Collection
|
Up to 15 microplates (up to 384-wells) Up to 72 vials Up to 544 test tubes Up to 480 test tubes Up to 12 deep-well plates Up to 128 28-mm vials |
Syringe delivery accuracy: |
>99.0% at full stroke with 1000-µL syringe |
|
Injection reproducibility: |
<0.75 RSD; 20-µL injection volume, 20-µL fixed loop, 4x overfill mode |
|
Carryover: |
<0.05% |
|
Injection volume: |
Analytical Preparative |
20 µL standard (fixed loop), (0.150-in valve passages) 1 mL standard (fixed loop), (0.024-in valve passages) |
System pressure ratings: |
6000 psi 100 psi |
High pressure side, including injector Collection side and syringe/needle wash |
Wash pump: |
>30 mL/min flow through standard tubing and needle; two wash solvents Cycle controlled by “Wash Factor” setting |
|
Available sample loops: |
20 uL (standard analytical) 1.0 mL (standard preparative) 2.0 mL, 5.0 mL, 10.0 mL, 30.0 mL |
|
Supported syringes: |
1.0 mL (standard) 2.5 mL, 5.0 mL, 12.5 mL |
|
Injection cycle time: |
<30 s based on standard wash cycle |
|
Custom rack calibration: |
Control software Communications |
MassLynx v4.2 or higher Ethernet to PC/workstation TTL (open collector) to peripheral devices via rear panel connectors |
Dimensions: |
Without hood: Width: 959 mm (37.75 in) Depth: 629 mm (24.75 in) Height: 1020 mm (40 in) With hood: Width: 959 mm (37.75 in) Depth: 629 mm (24.75 in) Height: 1060 mm (41.75 in) |
Weight: |
Approximately 86.2 kg (190.0 lbs) |
Operating temperature: |
15 to 40 °C (59 to 104 °F) |
Fume hood (optional): |
4-in. duct with >1.25 CFM, minimum face velocity = 10 ft/min |
Ordering Information |
Part Number |
3767 Sample Manager |
176004945 |
Options Fume hood |
205002152 |
3767 Vial removal assembly |
205002151 |
2.5-mL syringe kit |
700013083 |
5-mL syringe kit |
700013084 |
12.5-mL syringe kit |
700013085 |
25-mL syringe kit |
700013086 |
Racks for injection Rack, 3 SBS-compliant microplates |
205000105 |
Rack, 3 384-well plates |
205000110 |
Rack, 3 holders, 48 x 2 mL |
205000107 |
Rack, 3 holders, 24 x 4 mL |
205000106 |
Rack, 96 test tubes, 13 mm |
205000108 |
2747/2767 Open Access 2-mL vial injection rack |
205000109 |
2747/2767 Open Access 4-mL vial injection rack |
205000112 |
For fraction collection and re-injection Rack, 112 test tubes, 13 mm |
205000116 |
Rack, 84 test tubes, 16 mm |
205000117 |
Rack, 78 test tubes, 18 mm |
205000115 |
Rack, 36 test tubes, 25 mm |
205000118 |
Rack, 32 vials, 28 mm |
205000119 |
Rack, 3 deep-well plates, 96 wells |
205000134 |
Rack, 3 bottles, 250 mL |
700009278 |
Overview
- Employ a variety of sample formats (test tubes, microtiter plates, and vials) for sample injection and collection
- Alternate between sample and fraction analysis, and preparative scale isolation, and purification with separate analytical, and preparative injection valves
- Localize ventilation of hazardous vapors through an outlet with the optional fume hood accessory
- Benefit from a high-capacity single sample processing platform (up to 15 96-well microtiter plates; 544 13x100-mm test tubes; 720 2-mL vials) for sample injection and collection
- Collect sample fractions both sequentially and with one-for-one mapping
- Quickly wash your probes with high velocity wash pumps
Recommended Use: For managing concurrent sample injection, peak fraction collection, and fraction analysis on a single HPLC or LC-MS platform.
Access to all positions for injection or collection
The Waters 3767 Sample Manager (Injector/ Collector) has separate sample probe and fraction dispenser probe in a unique XYZsZF robotic arm ensuring that all positions on the worktable are accessible to either probe. This permits the optimal utilization of the entire capacity of the system without any dead zones.