VALVE SERIES S 6000
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 SYKAM S 6000 VALVE SERIES ROTOR SEALS Sykam offers a variety of different Rotor Seals materials to satisfy any possible application. All materials were thoroughly tested on their chemical compability and physical properties. Available materials include: •• •• •• All S6000 series valves are delivered with PPS Rotor Seal. Further rotor seal materials are available on request. PEEK (modified Polyetheretherketone) Vespel (modified Polyimid) PPS (modified Polyphenylensulfid) DiaDur PROTECTION All S 6000 series stainless steel stators feature the DiaDur coating on their working face which is...

50,000 INJECTION WARANTEE DiaDur and advanced rotor seal materials guarantee a long life-time of all Sykam S6000 valves. Therefore, Sykam offers a 50,000 injections warantee on all S6000 injections valves. NO-FLOW-INTERRUPTION (NFI) The unique geometry of the valve’s stator interrupts the flow path only for a very short time to prevent sudden pressure increase because of flow interruption. All Sykam injection valves (S 6010, S 6011, S 6110, S 6111, S 6020, S 6120) feature the No-FlowInterruption (NFI) technology which reduces pressure spikes during position switching to a minimum. LOAD...

OEM VALVE SOLUTIONS S 6000 Valve Series is also available as OEM product for instrument manufacturers. A minimum number of 50 valves per year are required for an OEM customer. Besides special OEM prices for all S 6000 Valve products, Sykam offers individual OEM solutions. These include the following: •• one specific color for valve body and/or switching handle (see list of available colors below) •• specific flow geometries are available on request Color examples for OEM valves OEM Valves Color Table Valve Body Yellow / Gold Red Blue Green Dark Bronze S

Sykam offers the whole range of stainless steel and PEEK sample loops. All sample loops are precision-cut for avoiding dead volume and leaking connections. The high quality standards of the S6000 valve series is continued with these sample loops. The volume of the sample loops is a nominal volume only as inner diameter of the used capilarries vary over the length. ORDER INFORMATION Nominal Cat. No. Volume Material I.D.

The S 6010 is a stainless steel analytical injection valve to be used in autosamplers or other motor-driven applications. The 6110 is the identical valve with inert PEEK stator. These valves feature the No-Flow-Interruption (NFI) technology which reduces pressure spikes during position switching to a minimum. The S 6010/6110 is shipped with a 20 yvl sample loop; it is otherwise identical with the S6030/6130 valve. A variety of rotor seal materials are available to cover any type of application. LOAD Position INJECT Position ORDER INFORMATION Cat. No. Model Stator Material Pressure

■ SYKAM S 6011/6111 PREPARATIVE INJECTION VALVE The S 6011 is a stainless steel preparative injection valve to be used in autosamplers or other motor-driven applications. The 6111 is the identical valve with inert PEEK stator. The valves have standard 1/8” ports instead of the usual 1/16”. The higher diameter is necessary for high-flow preparative applications. These valves feature the No-Flow-Interruption (NFI) technology which reduces pressure spikes during position switching to a minimum. The S 6011/6111 is shipped with a 1 ml sample loop; it is otherwise identical with the S6031/6131...

The S 6020 is a stainless steel 2-position valve with needle injection port on the front side. The 6120 is the identical valve with inert PEEK stator. These valves feature the No-Flow-Interruption (NFI) technology which reduces pressure spikes during position switching to a minimum. The needle port can be used with standard microliter syringes (e.g. Hamilton) or plastic type syringes with 0.7mm needles. The S 6020/6120 have a built-in position sensor for starting data acquisition precisely at the point of injection. A variety of rotor seal materials are available to cover any type of...

■ SYKAM S 6021/6121 PREP. NEEDLE INJECTION VALVE The S 6021 is a stainless steel 2-position valve with needle injection port on the front side. The 6121 is the identical valve with inert PEEK stator. The S 6021/6121 have a built-in position sensor for starting data acquisition precisely at the point of injection. A variety of rotor seal materials are available to cover any type of application. LOAD Position INJECT Position ORDER INFORMATION Cat. No. Model Stator Material Pressure

The S 6030 is a stainless steel analytical 2-Position, 3-Way switching valve to be used in instruments as motor-driven valve. The 6130 is the identical valve with inert PEEK stator. A variety of rotor seal materials are available to cover any type of application. An optional manual switching handle can be provided when the valve is not used in a motor-driven application. ORDER INFORMATION Cat. No. Model Stator Material Pressure

■ SYKAM S 6031/6131 2x3-WAY PREPARATIVE VALVE The S 6030 is a stainless steel analytical 2-Position, 3-Way switching valve to be used in instruments as motor-driven valve. The 6131 is the identical valve with inert PEEK stator. A variety of rotor seal materials are available to cover any type of application. An optional manual switching handle can be provided when the valve is not used in a motor-driven application. ORDER INFORMATION Cat. No. Model Stator Material Pressure

The S 6040 is a stainless steel analytical 6-Position, 1-Way switching valve to be used as selection valve. The 6140 is the identical valve with inert PEEK stator. A variety of rotor seal materials are available to cover any type of application. An optional manual switching handle can be provided when the valve is not used in a motor-driven application. *) only position #1 and #2 of all possible 6 positions are shown.

■ SYKAM S 6041/6141 1x6-WAY PREPARATIVE VALVE The S 6041 is a stainless steel preparative 6-Position, 1-Way switching valve to be used as selection valve. The 6141 is the identical valve with inert PEEK stator. A variety of rotor seal materials are available to cover any type of application. An optional manual switching handle can be provided when the valve is not used in a motor-driven application. *) only position #1 and #2 of all possible 6 positions are shown.