CHAIN Clause Samples
The "Chain" clause establishes how obligations, rights, or responsibilities are passed along or linked between multiple parties in a contractual relationship. In practice, this clause may require that any subcontractors or downstream parties adhere to the same terms as the original agreement, ensuring consistency throughout a supply chain or service delivery chain. Its core function is to maintain uniformity and enforceability of key provisions across all related parties, thereby reducing gaps or inconsistencies that could otherwise arise when multiple entities are involved.
CHAIN. The regular disciplinary action chain shall be as follows:
1. Written reprimand.
2. Suspension(s).
CHAIN. The following diagram shows the allocation of USAID resources in the strengthening of the cacao value chain through TCE; since the agreement manages to impact all the links of the chain, with a focused investment of USAID in those that become a basic good or a common good.
CHAIN. The regular disciplinary action chain shall be as follows:
(a) Verbal warning
(b) Written warning
(c) Suspension(s) without pay
(d) Termination Disciplinary action is the responsibility of a supervisor or the direct chain of command. Therapists are not a member of the management chain of command for employees covered under this contract. Discipline is intended to be corrective in nature and progressive. Management will not present barriers to Union members exercising their ▇▇▇▇▇▇▇▇▇▇ Rights.
CHAIN. Chain used as a static load bearing member in a scaffold must not be subject to any load greater than one sixth of its breaking load. Only short-link lifting chains are permitted to be used in scaffolding. These are manufactured in several grades ranging from 315 MPa to 800 MPa. The grade should be marked on the links. From weakest to strongest, the most commonly used grades are: Grade 30 is marked L, 30 or 3. Grade 40 is marked P, 40, 4 or 04. Grade 60 is marked S, 60 or 06. Grade 80 is marked T, 800, 80, 8, HA PWB, or CM. S E C T I O N 9 G E N E R A L C O N S T R U C T I O N
9.1 SELECTION OF APPROPRIATE METHOD