Spirax Sarco 4037290, SSC20 Sanitary Sample Cooler, 1/2 in Cold Water Inlet, Austenitic Stainless Steel
CategorySanitary Sample Cooler
In Stock · Ready to Ship
Ships within 3 business days
Product Details
DESCRIPTION
Spirax Sarco Sanitary Sample Cooler, 1/2 in FNPT Cold Water Inlet, 1/2 Clamp Inlet & 6mm OD Tube Outlet Sample Tube Connections, Austenitic Stainless Steel, 17.7 in H
The Spirax Sarco SSC20 sanitary sample cooler has been specifically designed for taking high quality chemical, conductivity and microbiological samples quickly and safely from clean/pure steam, water for injection (WFI) and other high purity media systems. The unit consists of high quality 316L stainless steel components and utilizes a counter current flow to maximize cooler efficiency, resulting in a compact, space saving design.
SPECIFICATIONS
ITEM FEATURES
- Internal surface finish of coil better than 20 u-in Ra (0.5 u-m Ra) to ensure high sterility
- Coil manufactured from fully traceable 316L stainless steel
- Self-draining design to eliminate sample retention
- Fully sterilizable/autoclavable - to ensure integrity of unit between samples
- Integral mounting bracket to facilitate simple installation
- Austenitic stainless steel coil
- 145 psig operating pressure
- 212 deg F operating temperature
Specifications
| Brand | Spirax Sarco |
|---|---|
| Category | Sanitary Sample Cooler |
| Shipping weight | 7.5 lb |
Need a datasheet, cross-reference, or bulk pricing? Request a quote
Shipping & Returns
-
Ships in One Business Days
In-stock orders are packed and handed to the carrier within 3 business days. Tracking is emailed as soon as it ships.
-
30 Business Day Returns
Unused items in original packaging can be returned within 30 business days of delivery.
-
LTL Delivery
Large or heavy items ship via LTL freight carrier. Lift-gate delivery is included at no extra charge.


Spirax Sarco 4037290, SSC20 Sanitary Sample Cooler, 1/2 in Cold Water Inlet, Austenitic Stainless Steel
$5,181.45
Customer reviews
Be the first to review this product.
